Used Cormak Izberg N50S for sale (511)

Year of construction: 2026, condition: new, The purpose of a compressed air refrigerant dryer is to lower the temperature of the compressed air and remove water and oil particles contained in the air flow. Refrigerant dryers are important in applications where moist air could cause corrosion, contamination or damage to tools, machinery or products. By removing moisture, the dryer increases the reliability and durability of compressed air systems. Bjdpfx Acjmt Dcxj Ajwr The refrigerant dryer is designed for maximum efficiency and durability. The main design elements include: 1. Air-to-air heat exchanger In the first stage of the process, the inlet air passes through a heat exchanger, where it is pre-cooled by the cooler air leaving the evaporator. By using countercurrent flow, heat recovery increases the energy efficiency of the entire system. 2. Refrigeration system evaporator In the second stage, the compressed air is fed to the evaporator, where it is cooled to a dew point temperature of 3°C. This results in the condensation of water vapor and oil particles contained in it. 3. Condensate separator After cooling, the gas and condensate mixture is fed to an efficient separator, where the condensate is separated and automatically drained outside the device. 4. Fan control system The variable speed fan technology allows intelligent adjustment of the cooling intensity to the actual demand, which reduces energy consumption and increases the service life of the components. Technical parameters Inlet/outlet pipe diameter (BSP) 1 1/2" Maximum operating pressure 10 bar Maximum inlet air temperature ≤ 38°C Dew point temperature 3°C Efficiency 7000 l/min Power 1.37 kW Power supply voltage 230 V Dimensions (L x W x H) 1000 x 550 x 920 mm Weight 95 kg Type and amount of refrigerant R410a, 900 g

Year of construction: 2026, condition: new, functionality: fully functional, The purpose of a compressed air refrigerant dryer is to lower the temperature of the compressed air and remove water and oil particles contained in the air flow. Refrigerant dryers are important in applications where moist air could cause corrosion, contamination or damage to tools, machinery or products. By removing moisture, the dryer increases the reliability and durability of compressed air systems. The refrigerant dryer is designed for maximum efficiency and durability. The main design elements include: 1. Air-to-air heat exchanger In the first stage of the process, the inlet air passes through a heat exchanger, where it is pre-cooled by the cooler air leaving the evaporator. By using countercurrent flow, heat recovery increases the energy efficiency of the entire system. 2. Refrigeration system evaporator In the second stage, the compressed air is fed to the evaporator, where it is cooled to a dew point temperature of 3°C. This results in the condensation of water vapor and oil particles contained in it. 3. Condensate separator After cooling, the gas and condensate mixture goes to an efficient separator, where the condensate is separated and automatically drained outside the device. 4. Fan control system The variable speed fan technology allows intelligent adjustment of the cooling intensity to the actual demand, which reduces energy consumption and increases the service life of the components. Technical parameters Inlet/outlet pipe diameter (BSP) 1 1/2" Maximum operating pressure 10 bar Bwsdpfx Acsmt Dcqs Asr Maximum inlet air temperature ≤ 38°C Dew point temperature 3°C Efficiency 3800 l/min Power 0.9 kW Supply voltage 230 V Dimensions (L x W x H) 850 x 480 x 480 mm Weight 59 kg Type and amount of refrigerant R410a, 650 g

Year of construction: 2026, condition: new, The purpose of a compressed air refrigerant dryer is to lower the temperature of the compressed air and remove water and oil particles contained in the air flow. Refrigerant dryers are important in applications where moist air could cause corrosion, contamination or damage to tools, machinery or products. By removing moisture, the dryer increases the reliability and durability of compressed air systems. The refrigerant dryer is designed for maximum efficiency and durability. The main design elements include: 1. Air-to-air heat exchanger In the first stage of the process, the inlet air passes through a heat exchanger, where it is pre-cooled by the cooler air leaving the evaporator. By using countercurrent flow, heat recovery increases the energy efficiency of the entire system. 2. Refrigeration system evaporator In the second stage, the compressed air is fed to the evaporator, where it is cooled to a dew point temperature of 3°C. This results in the condensation of water vapor and oil particles contained in it. 3. Condensate separator After cooling, the gas and condensate mixture goes to an efficient separator, where the condensate is separated and automatically drained outside the device. 4. Fan control system The variable speed fan technology allows intelligent adjustment of the cooling intensity to the actual demand, which reduces energy consumption and increases the service life of the components. Technical parameters Inlet/outlet pipe diameter (BSP) 1" Maximum operating pressure 10 bar Maximum inlet air temperature ≤ 38°C Bwodpfxjmt Dcfs Ac Ajr Dew point temperature 3°C Efficiency 2800 l/min Power 0.58 kW Supply voltage 230 V Dimensions (L x W x H) 420 x 700 x 690 mm Weight 37 kg Type and amount of refrigerant R134a, 550 g

Year of construction: 2026, condition: new, The purpose of a compressed air refrigerant dryer is to lower the temperature of the compressed air and remove water and oil particles contained in the air flow. Refrigerant dryers are important in applications where moist air could cause corrosion, contamination or damage to tools, machinery or products. By removing moisture, the dryer increases the reliability and durability of compressed air systems. The refrigerant dryer is designed for maximum efficiency and durability. The main design elements include: 1. Air-to-air heat exchanger In the first stage of the process, the inlet air passes through a heat exchanger, where it is pre-cooled by the cooler air leaving the evaporator. By using countercurrent flow, heat recovery increases the energy efficiency of the entire system. 2. Refrigeration system evaporator In the second stage, the compressed air is fed to the evaporator, where it is cooled to a dew point temperature of 3°C. This results in the condensation of water vapor and oil particles contained in it. 3. Condensate separator Bwsdomt Dbhepfx Ac Aer After cooling, the gas and condensate mixture is fed to an efficient separator, where the condensate is separated and automatically drained outside the device. 4. Fan control system The variable speed fan technology allows intelligent adjustment of the cooling intensity to the actual demand, which reduces energy consumption and increases the service life of the components. Technical parameters Inlet/outlet pipe diameter (BSP) 1" Maximum operating pressure 10 bar Maximum inlet air temperature ≤ 38°C Dew point temperature 3°C Efficiency 1500 l/min Power 0.58 kW Supply voltage 230 V Dimensions (L x W x H) 380 x 600 x 625 mm Weight 31 kg Type and amount of refrigerant R134a, 400 g The price given is a NET price. The price does not include transport costs. For more information, please contact us by phone or email. We invite you to familiarize yourself with the offer on our website.

Condition: new, Year of construction: 2026, 60 Ton Transport Roller Set – Heavy-Duty Industrial Solution for Moving Massive Loads The 60-ton transport roller set is an industrial-grade tool designed for efficient and safe movement of massive objects such as production machinery, structural components, and industrial equipment. The set consists of transport platforms and steering bars, creating a system that enables precise maneuvering even under demanding operating conditions. Its construction meets the highest standards of strength and stability, making it an essential solution for industrial, logistics, and construction applications. Main advantages of the 60-ton transport set Working load capacity up to 60,000 kg – enables safe and controlled movement of extremely heavy equipment. Heavy-duty steel construction – provides resistance to high loads, impacts, and intensive industrial operation. 30×65 mm transport rollers – made of wear-resistant material, leaving no marks on the surface and operating in a tracked roller system. Anti-slip pads – increase friction between the load and the platform, preventing unwanted movement during transport. Compact dimensions and low loading height (140 mm) – allow easy maneuvering in confined spaces and technical corridors. Steering bar with ±90° turning angle – ensures precise guidance of the set even in areas with limited maneuvering space. Bsdezh E D Ujpfx Ac Aswr Construction and technology – optimized for extreme loads The set has been designed with durability, safety, and ease of operation in mind. The main components are manufactured from thick steel profiles, providing long service life and resistance to bending and twisting under heavy loads. The transport rollers ensure low rolling resistance, while their precise mounting in the support system minimizes vibrations and guarantees smooth movement of the load. Key components: Transport platform – equipped with a Ø150 mm load-bearing surface and 30×65 mm rollers, ensuring optimal load distribution. Steering bar (880 mm) – enables directional control and precise maneuvering of the load even in areas with limited operating space. Connecting bar – 1000 mm long, allowing adjustment of the trolley spacing to match the width of the transported load. Precise maneuvering and maximum transport safety Thanks to precise manufacturing, the 60-ton transport set enables stable, smooth, and safe movement of even the most demanding loads. The anti-slip surface reduces the risk of load shifting, while the compact geometry of the set makes operation easier in confined spaces. The integrated steering system provides the operator with full control over every movement, even in conditions with limited visibility or difficult surfaces. Standard equipment 2 × transport platforms with 16 rollers (30×65 mm) 2 × steering bars, length 880 mm 2 × connecting bars, length 1000 mm Technical specifications – 60 Ton Transport Set Parameter Value Roller size 30×65 mm Load capacity 60,000 kg Loading height 140 mm Load-bearing surface per element Ø150 mm Support points 1 Steering bar length 880 mm Steering angle ±90° Dimensions (L × W) 320×155 mm Platform dimensions (L × W) 130×130 mm Connecting bar length 1000 mm Trolley spacing width 120–665 mm

Condition: new, Year of construction: 2026, CW-5200TH Water Chiller by S&A — Stable Cooling for CO₂ Laser Plotters The S&A CW-5200TH chiller is an industrial water cooling system designed for cooling CO₂ laser tubes in laser cutting plotters, laser engravers, and other devices requiring a stable coolant circulation system. S&A is a well-known brand in the laser cooling industry, recognized for reliable chillers, stable operation, and effective protection of CO₂ laser tubes against overheating. Thanks to its active cooling system, the CW-5200TH maintains coolant temperature at an appropriate level, improving laser tube safety, operational stability, and the repeatability of cutting and engraving results. Why choose the S&A CW-5200TH chiller? Bedpfx Aeg Nkvroc Ajwr Stable coolant temperature control The chiller reduces the risk of laser tube overheating during extended operation and intensive workloads. CO₂ laser tube protection Proper cooling helps extend the service life of the laser tube and reduces the risk of failures caused by excessive operating temperatures. 8-liter coolant reservoir The larger tank capacity improves temperature stability and supports consistent coolant circulation. Maximum pump lift height of 12 m The built-in pump ensures efficient coolant circulation throughout the laser cooling system. Compact design The unit requires little installation space and can be easily positioned next to a laser plotter or workstation. 220–240 V power supply The chiller is designed for standard single-phase electrical supply. Applications The S&A CW-5200TH chiller is suitable for cooling: CO₂ laser cutting plotters, CO₂ laser engraving machines, water-cooled laser tubes, equipment requiring precise coolant temperature stabilization. It is particularly recommended for users who rely on laser plotters as everyday production equipment and require stable, uninterrupted operation. Technical specifications Parameter Value Model S&A CW-5200TH Device type Industrial water chiller Power supply AC 1P 220–240 V Frequency 50/60 Hz Current consumption 0.5–3.8 A Reservoir capacity 8 L Maximum flow rate 13 L/min Connections (inlet/outlet) 10 mm Rated cooling capacity 1.43 kW Refrigerant R-134a Maximum pump lift height 12 m Net weight 28 kg Dimensions (L × W × H) 580 × 290 × 470 mm

Condition: used, Year of construction: 2026, CW-3000 Water Chiller for CO₂ Laser Engravers and Cutting Plotters The CW-3000 is a compact water cooling system designed for CO₂ laser engravers and cutting plotters, suitable for laser tubes with a power rating of approximately up to 80 W. It maintains a stable coolant temperature, protecting the laser source against overheating and power fluctuations. It is a simple and effective solution for achieving consistent cutting and engraving quality while reducing the risk of production downtime. Bwsdpfxei D D Rvo Ac Asr The unit uses an efficient fan and heat exchanger system, making it lightweight, space-saving, and easy to integrate into existing cooling installations. Why CW-3000 improves process safety and quality Protection of laser components – stable cooling reduces temperature fluctuations inside the laser tube and minimizes the risk of thermal overload of the entire system (tube, power supply, connectors, and water circulation circuit). This ensures safer and more predictable operation. Extended CO₂ laser tube lifespan – maintaining the recommended operating temperature range helps preserve output parameters for longer and delays the need for tube replacement. Improved cutting and engraving quality – stable temperature means stable laser beam power, helping achieve consistent results, cleaner edges, and fewer corrections. Continuous production operation – reduced risk of thermal alarms and cooling-related interruptions ensures a more predictable workflow. Cost-effective operation – simple construction, compact dimensions, and low power consumption make daily operation easier and help reduce maintenance costs. Applications The CW-3000 cooling system is designed for: CO₂ laser plotters and engravers used in light and medium-duty applications where repeatable quality and low operating costs are important. Advertising workshops, prototyping studios, and small production facilities where reliable cooling is required with limited installation space. Recommended operating practices Use clean coolant and regularly check the fluid level; ensure the circulation system remains unobstructed and all connections are leak-free. Provide sufficient airflow around the heat exchanger and cooling fan. Periodically clean the filter and reservoir and check the coolant flow to maintain efficiency and protect system components. Technical specifications Parameter Value Power supply 230 V Current consumption 0.45 A Cooling capacity 50 W/°C Tank capacity 9 L Connections (inlet / outlet) 10 mm Maximum operating height 10 m Maximum flow rate 10 L/min Weight 9.5 kg Dimensions (L × W × H) 49 × 27 × 38 cm Please note!!! This product is a return item with visible signs of wear and dents. No warranty included.

Condition: new, Year of construction: 2026, CORMAK MM2315 400V Wood Edge Sander The CORMAK MM2315 400V is a professional oscillating edge sander designed for intensive use in woodworking shops and manufacturing facilities. Equipped with a powerful motor, a precision belt tracking system, and an adjustable sanding unit, it enables efficient and accurate sanding of edges, flat surfaces, and irregularly shaped workpieces. Its compact design combined with a large working table makes it a versatile solution for professional wood processing. Key Features Oscillating sanding belt – ensures even belt wear, reduces the risk of scorching the workpiece, and extends the service life of abrasive belts. Curved workpiece sanding – made possible by the additional 300 × 250 mm auxiliary table, allowing precise guidance of irregularly shaped components. Quick belt replacement system – an intuitive lever enables fast belt changes without the need for tools. Adjustable sanding unit for vertical and horizontal operation – expands the machine's versatility and allows the sanding unit to be positioned according to production requirements. Adjustable worktable height – provides precise height adjustment within an 80 mm range, adapting the working position to different material thicknesses. Large work surface – the 840 × 300 mm main table ensures stability and comfort, even when sanding large workpieces. Construction and Technology The machine is built on a heavy-duty steel frame that provides excellent rigidity and vibration resistance. At its core is a 2.2 kW motor, delivering the power and performance required for efficient material removal, even during continuous operation. The 2515 × 152 mm sanding belt operates at a speed of 980 m/min, ensuring fast and consistent sanding results. The oscillating belt mechanism is one of the key advantages of this model, significantly improving surface finish quality while minimizing sanding marks. An additional 700 mm side fence supports long workpieces, providing better guidance and greater control during operation. Precision and Performance The sanding angle can be precisely adjusted from 0° to 45°, allowing both edge and end-grain sanding to meet specific production requirements. The adjustable table height and the ability to process various workpiece sizes—from thin strips to thick panels—provide excellent production flexibility. Thanks to the movable sanding unit, the operator can set the optimal working position, while the integrated Ø100 mm dust extraction port allows connection to a dust collection system, helping maintain a clean and safe working environment. Standard Equipment Height-adjustable worktable Auxiliary table for curved workpieces Adjustable sanding unit Oscillating belt system Quick belt replacement mechanism 700 mm side fence Dust extraction port Operating manual (Polish) CE Declaration of Conformity Technical Specifications Specification Value Sanding belt size 2515 × 152 mm Worktable size 840 × 300 mm Edge and end-grain sanding angle 0–45° Auxiliary table size 300 × 250 mm Table height adjustment 80 mm Side fence size 700 × 60 mm Bwjdpfxjzrvazo Ac Ajr Maximum sanding length 790 mm Dust extraction port diameter 100 mm Belt speed 980 m/min Motor power 2.2 kW Power supply 400 V Weight 138 kg Warranty 12 months Operating manual Yes CE Declaration Yes

Condition: new, Year of construction: 2026, functionality: fully functional, MP160 Enclosed Cabinet Parts Washer – Precision Cleaning in a Closed-Loop System The MP160 Cabinet Parts Washer is an advanced cleaning system designed for closed-loop operation. Thanks to the high temperature and pressure of the cleaning solution, it effectively removes stubborn contaminants from a wide range of surfaces. Equipped with temperature control, an intuitive control panel, and a multifunctional spray gun, it ensures easy operation and precise cleaning. It is an ideal solution for turbocharger reconditioning and heavily contaminated components. FREE BONUS: 2 liters of concentrated cleaning agent are included. When diluted, they produce 20 liters of ready-to-use cleaning solution for workshop parts washers (10% solution). Bedpfx Acsuc Tn Ao Ajwr The cleaning agent is designed for use in closed-loop parts washers (automatic and heated high-pressure systems). The best cleaning results are achieved when using the solution at a temperature of 40–80°C. Recommended solution concentrations: Immersion cleaning: 5–10% Low-pressure cleaning: 2–10% High-pressure cleaning: 2–5% pH value: 12.8 MP160 High-Pressure Cabinet Parts Washer – Precision Cleaning in a Closed-Loop System The MP160 Cabinet Parts Washer is a modern cleaning machine designed for intensive washing of industrial and automotive parts in a closed-loop system using high temperature and pressure. Featuring an operating pressure of up to 8 bar and a heated cleaning solution of up to 70°C, it efficiently removes carbon deposits, oil, grease, and other stubborn contaminants, even from hard-to-reach areas. Key Features FREE BONUS: 2 liters of concentrated cleaning agent, producing 20 liters of ready-to-use workshop cleaning solution (10% dilution). High-pressure technology (5–8 bar) – effectively removes even the toughest contaminants from components with complex geometries. Heated cleaning solution up to 70°C – improves detergent performance and significantly reduces cleaning time. Dual-function spray gun – operates with compressed air only or with air and cleaning solution, allowing both cleaning and drying of components. User-friendly control panel – simple adjustment of temperature and pressure, with independent controls for heating and power. Compact steel construction – durable, corrosion-resistant, and designed for intensive industrial use. Design and Technology The MP160 Cabinet Parts Washer is manufactured from high-quality, corrosion-resistant materials, ensuring a long service life. Its compact dimensions (770 × 600 × 1330 mm) make it suitable for cleaning both medium-sized and smaller components. The cleaning solution tank has a capacity of 8–14 liters, enabling economical use of the cleaning agent. Adjustable leveling feet provide stable positioning on any surface, while the integrated pressure gauge allows precise monitoring of the operating pressure. Standard Equipment Dual-function spray gun for cleaning solution or compressed air Heating system for the cleaning solution Intuitive control panel with integrated pressure gauge Adjustable leveling feet Technical Specifications Specification Value Tank Capacity 160 L Cleaning Solution Heating Up to 70°C Cleaning Solution Reservoir 8–14 L Operating Pressure 5–8 bar Dimensions 770 × 600 × 1330 mm Weight 47 kg

Condition: new, Year of construction: 2026, WL12 + WF12 Machinery Moving Roller Set — Professional Heavy-Duty Transport Solution The WL12 + WF12 transport roller set is a professional solution designed for the safe and precise movement of heavy machinery, industrial equipment, and large structural components. With an impressive total load capacity of up to 24,000 kg, this system is suitable for applications where reliability, accuracy, and maximum transport safety are essential. Bwodpfjvxrq Hox Ac Aer Its compact design and excellent technical parameters make it an indispensable tool in industrial, construction, maintenance, and service environments. Main advantages of the WL12 + WF12 transport set High load capacity – static load capacity of up to 12,000 kg per unit, allowing transportation of extremely heavy loads. Stable construction – each platform is equipped with 12 rollers measuring 80 × 80 mm, ensuring even weight distribution. Polyurethane roller surfaces – resistant to wear and damage, absorbing vibrations and protecting floor surfaces. Low loading height of 110 mm – allows easy positioning under machinery without requiring significant lifting. High maneuverability – the WL12 steering handle, with a length of 1080 mm and a steering angle of ±90°, enables precise control even in confined spaces. Adjustable trolley spacing – adjustable width from 630 to 1880 mm, allowing adaptation to various load dimensions. Design and technology — robust platform and chassis for extreme loads The set consists of two complementary components: the WL12 steering platform and the WF12 transport chassis. Both elements are manufactured from high-quality materials resistant to deformation, ensuring long service life and safe operation in demanding industrial conditions. Construction characteristics WL12 — steering transport platform Equipped with one support point. Load-bearing surface: Ø155 mm. Designed for precise control and steering of the transported load. Includes a steering handle for accurate positioning. WF12 — transport chassis Equipped with two support points. Large load-bearing surface: 290 × 180 mm. Includes a 1300 mm connecting bar allowing adjustment of trolley spacing according to operational requirements. Rollers 80 × 80 mm polyurethane rollers. Each unit is equipped with 12 rollers. Provide a large contact area, reducing pressure on the floor and improving transport stability. Precision and safety when moving heavy equipment The use of polyurethane roller surfaces not only protects floors but also improves operator comfort by reducing vibration and noise during movement. Standard equipment 1 × WL12 steering transport platform 1 × WF12 transport chassis 1300 mm connecting bar 1080 mm steering handle (WL12) Technical specifications — WL12 Static load capacity 12,000 kg Dynamic load capacity 7,200 kg Roller size 80 × 80 mm Number of rollers 12 Loading height 110 mm Load-bearing surface Ø155 mm Support points 1 Steering handle length 1080 mm Steering angle ±90° Dimensions (L × W) 380 × 710 mm Technical specifications — WF12 Parameter Value Static load capacity 12,000 kg Dynamic load capacity 7,200 kg Roller size 80 × 80 mm Number of rollers 12 Loading height 110 mm Load-bearing surface 290 × 180 mm Support points 2 Connecting bar length 1300 mm Adjustable trolley spacing 630–1880 mm

Condition: new, Year of construction: 2026, Pallet Truck with Electronic Scale The pallet truck with an electronic scale, thanks to its precise weighing system, enables easy weighing of loads up to 2000 kg. This is essential in the transport and wholesale trade sectors, where weight control of goods is crucial for order fulfillment and regulatory compliance. It is also an ideal solution for distribution centers, where fast transport and simultaneous weighing of goods help optimize workflow. Thanks to its exceptional structural and technological features, this pallet truck can also be used in the food industry, where maintaining the highest hygiene standards and easy machine cleaning is vital. Stainless steel is a material that performs excellently against aggressive chemicals, making the truck safe to use in a variety of environments, ensuring reliability and long-term performance. This modern lifting truck with a scale is also used in bulk material warehouses and production facilities, where precise material weighing is key to maintaining proper quality and quantity standards. The truck is easy to operate, and its electronic scale allows for fast and accurate weighing of goods, significantly increasing operational efficiency. Therefore, the pallet truck with an electronic scale is an indispensable tool for any company where transporting and weighing loads happen in a single process, providing convenience, time savings, and error minimization. Technical Specifications Load capacity: 2000 kg Overall height: 1210 mm Body height: 450 mm Min. fork height: 85 mm Lifting height: 110 mm Fork length: 1150 mm Steering arm length: 400 mm Overall length: 1550 mm Fork width: 170 mm Bodexg Nftepfx Ac Aswr Fork spacing: 556 mm Turning radius: 1400 mm Wheelbase: 1220 mm Dimensions (L1+L2)xB2xH1 Fork wheel diameter: Ø80x70 mm

Condition: new, Year of construction: 2026, Electric Mast Pallet Truck 1500 kg / 3000 mm – Efficient Handling of Pallets and Warehouse Loads The electric mast pallet truck with a 1,500 kg load capacity and 3,000 mm lifting height is a versatile device designed for transporting, lifting, and placing loads on warehouse racks. It combines high load capacity, compact construction, and adjustable fork spacing, making it suitable for handling pallets and loads of various dimensions. Main Advantages 1,500 kg load capacity – enables transportation and lifting of heavy pallets, materials, and production components. 3,000 mm lifting height – allows goods to be stored on racks and improves the use of available storage space. Adjustable fork spacing – maximum spacing of 865 mm allows the forks to be adapted to different pallet and load dimensions. 1,150 mm long forks – suitable for efficient handling of standard palletized loads. 165 mm fork width – provides a large support surface for transported loads. 90 mm lowered fork height – allows convenient access to pallets placed directly on the floor. Foldable operator platform – improves comfort during frequent travel and operation over larger warehouse areas. Electric drive and lifting system – reduce operator effort and improve efficiency during repetitive handling operations. Adjustable Forks – Greater Application Flexibility Unlike machines equipped with fixed-width forks, this model allows the fork position to be adjusted. The maximum fork spacing of 865 mm enables the truck to be adapted to different load widths. This solution is especially useful in companies handling pallets, containers, boxes, and materials with varying dimensions. Properly adjusted forks provide stable load support and improve the suitability of the machine for different warehouse tasks. Each fork measures 65 × 165 × 1150 mm. The strong and wide fork arms provide a large contact surface with the load, which is important when lifting heavy elements and goods requiring stable support. Lifting Loads Up to 3000 mm The maximum lifting height of 3000 mm allows the device to be used not only for horizontal transportation but also for placing loads on warehouse racks. The truck can handle both lower and higher storage levels, improving goods receiving, order picking, and supplying production workstations. Equipment and Construction Features Electric travel drive. Electric lifting system. Mast with a lifting height of 3000 mm. 1150 mm long forks. Adjustable fork spacing up to 865 mm. Foldable operator platform. Side operator platform safety arms. Control tiller. Mast mechanism cover. Bwsdpfjzq Au Njx Ac Asr Fork movement locking system. Technical Specifications Parameter Value Load Capacity 1500 kg Maximum Lifting Height 3000 mm Height with Lowered Forks 2080 mm Height with Raised Forks 3550 mm Lowered Fork Height 90 mm Overall Length Without Platform 2050 mm Fork Dimensions (W × H × L) 65 × 165 × 1150 mm Maximum Fork Spacing 865 mm

Condition: new, functionality: fully functional, Year of construction: 2026, CORMAK BA158 Semi-Automatic Strapping Machine The CORMAK BA158 is a semi-automatic strapping machine designed for fast and repeatable securing of cartons, parcels, boxes, bundles, and multipacks using polypropylene (PP) strap. The device reduces the number of manual operations and improves the efficiency of preparing goods for shipment or storage. After the operator manually wraps the strap around the product, the machine automatically performs the remaining stages of the strapping cycle. The built-in tensioning mechanism tightens the strap, while the sealing unit performs thermal welding and cuts off the excess material. The process does not require additional metal or plastic seals. Benefits of Using the BA158 Strapping Machine Faster preparation of cartons, parcels, and bundled packages for transportation. Reduced manual workload thanks to automatic strap tensioning, welding, and cutting. No need for additional metal or plastic buckles. Consistent and uniform securing of packages. Adjustable strap tension according to the type of product being secured. Convenient strapping of products with different dimensions. Space-saving design thanks to its compact construction. Easy connection to a standard 230 V power supply. Applications The CORMAK BA158 semi-automatic PP strapping machine is suitable for securing: Shipping cartons. Courier parcels. Boxes and multipack packaging. Printed materials, catalogues, and paper products. Parts and components. Wooden and woodworking elements. Products sold through e-commerce platforms. Goods prepared for transportation or storage. The machine can be used in warehouses, production facilities, wholesalers, e-commerce companies, and packaging and dispatch departments. Electric strapping machines of this type improve repetitive packaging operations related to preparing products for transport and storage. Semi-Automatic Strapping Cycle After manually wrapping the strap around the product, the operator inserts the strap end into the machine mechanism. The device automatically performs: Strap tensioning. Thermal strap welding. Excess strap cutting. The maximum strap tension force is 400 N. The repeatable operating cycle helps maintain consistent packaging quality for consecutive products. Open Working Area Design The open construction without a closed frame makes it easier to place products of different shapes and sizes on the working surface. This solution is ideal for strapping various types of packages and bundles. The open design also makes it easier to rotate and reposition products when several straps need to be applied in different locations. Bwjdpozq Adqofx Ac Asr PP Strap Compatibility – 5–15.5 mm Width The strapping machine supports polypropylene (PP) strap with widths from 5 to 15.5 mm. This range allows the user to select the appropriate strap according to the packaging type and process requirements. The machine is compatible with strap rolls featuring: Inner diameter: 200 mm Outer diameter: up to 450 mm Roll width: 200 mm Technical Specifications Parameter Value Model CORMAK BA158 Machine Type Semi-automatic strapping machine Strap Type PP Strap Width 5–15.5 mm Maximum Strap Tension 400 N Strap Joining Method Thermal welding Inner Roll Diameter 200 mm Outer Roll Diameter Up to 450 mm Roll Width 200 mm Working Table Height 765 mm Power Supply 230 V Motor Power 0.3 kW Dimensions 855 × 540 × 765 mm Machine Weight 50 kg

Condition: new, functionality: fully functional, Year of construction: 2026, The CORMAK JDSA is a portable battery-powered strapping tool designed for securing parcels, cartons, bundled packages, and palletized loads. The device is compatible with polypropylene (PP) and polyester (PET) straps with widths from 13 to 16 mm and thicknesses from 0.4 to 1.2 mm. The JDSA is a handheld battery-operated strapping machine positioned directly onto the strap by the operator. The device automatically tensions the strap, joins the ends using friction welding technology, and cuts off the excess material. The strapping process does not require any additional metal or plastic buckles. The cordless battery-powered design allows unrestricted movement between packaged products and eliminates the need for a fixed workstation. The ergonomically designed handle provides a secure grip and improves operator control during repeated strapping cycles. The PP and PET strap tool is suitable for both individual shipment preparation and high-volume packaging operations where goods must be secured for storage and transportation. Adjustable Strap Tension The adjustable tension range of 900–3,200 N allows the operator to adapt the strapping force to the type of product being secured. The unit combines three functions in one device: Strap tensioning Friction welding Automatic strap cutting Properly selected tension helps stabilize loads and reduces product movement during handling, storage, and transportation. PP and PET Strap Compatibility The CORMAK JDSA works with both PP and PET straps, allowing the user to select the appropriate material depending on package type, load weight, and required securing strength. PP straps are mainly suitable for lighter parcels, cartons, and bundled packages. PET straps are recommended for heavier loads requiring increased tensile strength. Only straps with dimensions matching the machine specification should be used. Strap Tensioning and Friction Welding The adjustable tensioning speed of 100–200 mm/s improves efficiency when securing multiple packages and loads. After reaching the required tension, the operator activates the friction welding process. The strap ends are permanently joined, and the excess strap is automatically cut off. The approximate welding time is 2–5 seconds and may vary depending on machine settings and strap type. The process does not require additional metal or plastic seals. Actual operating efficiency depends on factors including: Selected tension force Strap type and thickness Welding parameters Operating temperature and working conditions Battery wear level A fully charged battery requires approximately 90 minutes. The cordless design makes it easier to secure large products and pallet loads that would be difficult to move to a fixed packaging station. Included Equipment Bodezq Aa Espfx Ac Aowr CORMAK JDSA battery-powered strapping tool Li-Ion battery 14.4 V / 4 Ah Battery charger Operating manual Technical Specifications Specification Value Model CORMAK JDSA Machine Type Battery-powered strapping tool Strap Type PP / PET Strap Width 13–16 mm Strap Thickness 0.4–1.2 mm Strap Tension Force 900–3,200 N Tensioning Speed 100–200 mm/s Strap Joining Method Friction welding Approximate Welding Time 2–5 s Battery Type Li-Ion Battery Voltage 14.4 V Battery Capacity 4 Ah Charging Time Approx. 90 min Cycles per Charge Approx. 250–350 cycles, depending on settings and operating conditions Tool Dimensions 380 × 130 × 130 mm

Condition: new, functionality: fully functional, Year of construction: 2026, CORMAK BA200 Automatic Strapping Machine The CORMAK BA200 is an automatic arch strapping machine designed for securing cartons, parcels, and collective packages with polypropylene (PP) strapping tape. The automatic strapping cycle significantly speeds up packaging operations and ensures consistent, repeatable securing of products prepared for transport. Once the cycle is activated, the strap is automatically fed around the product through the arch, tensioned according to the preset value, heat-sealed, and cut. The strap joint is made underneath the package, leaving the upper surface of the carton or parcel clean, aesthetic, and easily accessible. Adjustable strap tension from 0 to 70 kg allows the operator to adapt the strapping force to the type and strength of the packaging. The BA200 automatic strapping machine is ideal for warehouses, manufacturing plants, wholesalers, logistics centres, e-commerce companies, and shipping departments. Automatic Strapping and Heat Sealing After positioning the product inside the arch, the operator starts the cycle using either the foot pedal controller or the control panel button. The PP strap is automatically guided around the package and tensioned according to the selected setting. The strap ends are joined underneath the package using a thermal welding process. After sealing, the machine automatically cuts the strap and prepares it for the next cycle. The process does not require any additional metal or plastic buckles. Adjustable Strap Tension The 0–70 kg tension adjustment range allows the operator to select the optimal strapping force for different types of products. Lower tension settings are suitable for lightweight or delicate cartons, while higher tension provides stronger securing of heavier packages and bundled goods. Proper tension adjustment reduces the risk of package deformation and improves the repeatability and reliability of the strapping process. Integrated Product Handling Rollers Rollers integrated into the worktable make it easier to move and position cartons, parcels, and other products prepared for strapping. They also simplify repositioning when multiple straps are required. Mobile Design Transport rollers allow the electric strapping machine to be easily moved between workstations, providing greater flexibility when organizing the packaging area. The unit can operate as a standalone strapping station or be installed alongside an existing packaging line. Automatic electric strapping machines significantly improve repetitive packaging operations related to preparing products for storage and transportation. Included Equipment CORMAK BA200 automatic arch strapping machine Bwedpfx Aozqz R Noc Asr Foot pedal controller for activating the strapping cycle Operating manual Technical Specifications Specification Value Model CORMAK BA200 Machine Type Automatic arch strapping machine Strap Type PP (polypropylene) Strap Width 9–15 mm Strap Tension 0–70 kg Strap Joining Method Thermal welding Strap Joint Location Underneath the package Worktable Height 750 mm Table Load Capacity 80 kg Worktable Equipment Integrated rollers for product movement Mobility Transport rollers Motor Power 500 W Machine Dimensions 1400 × 628 × 1435 mm Weight 150 kg Inner Reel Diameter 200–210 mm Outer Reel Diameter 400–450 mm Reel Width 170–190 mm

Condition: new, Year of construction: 2026, CORMAK 560 × 2000 Universal Conventional Lathe The CORMAK 560 × 2000 is a heavy-duty universal metal lathe designed for professional applications in machine shops, toolrooms, maintenance departments, and industrial manufacturing facilities. Its robust cast iron construction, large turning capacity, and 103 mm spindle bore enable efficient machining of a wide variety of workpieces. Key Features Electromagnetic foot brake ensures maximum operator safety and minimizes downtime by providing rapid, reliable machine stopping. Hardened and precision-ground bed offers excellent rigidity and long-term resistance to wear and deformation. Heavy-duty cast iron machine frame absorbs vibration and improves machining accuracy. Rapid longitudinal and cross feeds increase machining efficiency and reduce cycle times. Precision spindle supported by high-quality ball bearings ensures smooth operation and extended service life. 103 mm spindle bore allows machining of long and large-diameter workpieces. 3-axis Digital Readout (DRO) provides precise positioning and improves machining accuracy. Construction and Technology The CORMAK 560 × 2000 has been engineered for intensive industrial machining. Its 350 mm wide induction-hardened bed and precision-machined slideways provide outstanding rigidity and repeatability. The machine features an ergonomic control panel, a clearly arranged spindle speed and thread selection chart, and a rapid traverse system that increases operator productivity. The headstock is equipped with a Camlock D1-8 spindle nose, allowing fast, accurate, and secure chuck mounting while maintaining excellent spindle rigidity. Machining Capabilities The machine is capable of performing a wide range of machining operations, including: Rough and finish turning Metric, imperial, module, and DP thread cutting Drilling and boring Taper turning Facing operations With a 560 mm swing over the bed and an impressive 785 mm swing over the gap, the CORMAK 560 × 2000 is particularly well suited for machining large and heavy workpieces while maintaining excellent dimensional accuracy and surface finish. Technical Specifications Distance Between Centres 2,000 mm Centre Height 280 mm Swing Over Bed 560 mm Swing Over Gap 785 mm Swing Over Cross Slide 355 mm Bwjdezqzxmspfx Ac Ajr Bed Width 350 mm Spindle Bore 103 mm Spindle Nose Camlock D1-8 Spindle Speeds 12 speeds, 25–1,600 rpm Maximum Tool Size 25 × 25 mm Longitudinal Feed Range 35 feeds, 0.059–1.64 mm/rev Cross Feed Range 35 feeds, 0.020–0.573 mm/rev Metric Thread Range 47 pitches, 0.2–14 mm Imperial Thread Range 60 pitches, 2–112 TPI Module Thread Range 39 pitches, 0.1–7 Module Diametral Pitch Thread Range 50 pitches, 4–112 DP Tailstock Quill Diameter 75 mm Tailstock Quill Travel 180 mm Tailstock Taper MT5 Main Motor (S1/S6) 7.5 / 9.0 kW (10 HP) Coolant Pump Motor 0.1 kW Machine Dimensions 3340 × 1150 × 1460 mm Weight 2,940 kg Standard Equipment 315 mm 3-jaw self-centering chuck (PO3-315 / D8) 350 mm 4-jaw independent chuck (K72-350 / D8) Service tool kit 450 mm faceplate Fixed steady rest (capacity up to Ø180 mm) Travelling steady rest (capacity up to Ø120 mm) Two dead centres CE-compliant electromagnetic foot brake Electromechanical spindle brake Filled with Shell Tellus 46 hydraulic oil Rapid traverse system Coolant system Halogen work light Change gears Chip tray 3-axis Digital Readout (DRO)

Condition: new, Year of construction: 2026, CORMAK TYTAN 210 × 400 VARIO Universal Conventional Lathe (230 V) The CORMAK TYTAN 210 × 400 VARIO 230 V is a compact universal conventional metal lathe designed for precision machining in workshops, toolrooms, maintenance departments, and small manufacturing facilities. Featuring infinitely variable spindle speed control, a rigid machine construction, and extensive threading capabilities, it delivers excellent machining accuracy and everyday operating convenience. It is a reliable conventional lathe suitable for single-piece production, maintenance work, and prototype manufacturing. Powered by a 750 W motor combined with an electronic variable-speed drive, the machine provides smooth and stable performance even when machining demanding materials. The spindle speed range of 50–2,500 rpm allows operators to select the optimum cutting speed for both rough turning and precision finishing operations. Key Features Infinitely variable spindle speed from 50 to 2,500 rpm 750 W / 230 V motor providing smooth and reliable operation Rigid machine construction for high machining accuracy 4-way tool post for quick and convenient tool changes Capability to cut both metric and imperial threads MT3 spindle taper with 21 mm spindle bore Forward and reverse spindle rotation for increased versatility Hinged spindle safety guard for improved operator protection Integrated chip tray for easy cleaning and maintenance Standard Equipment 3-jaw self-centering chuck Internal and external chuck jaws Change gears for thread cutting MT2 dead center Oil can Chip tray Chuck key and tool post wrench Open-end wrenches and hex keys Spare fuses Operating manual CE Declaration of Conformity Optional Equipment Lathe stand 4-jaw independent chuck Tool holders Live centers Turning tools Tailstock drill chucks Technical Specifications Specification Value Swing Over Bed 210 mm Swing Over Cross Slide 135 mm Distance Between Centers 400 mm Bed Width 100 mm Spindle Bore 21 mm Spindle Taper MT3 Spindle Speed Control Variable Spindle Speed Range 50–2,500 rpm Metric Threads 14 Metric Thread Range 0.3–3 mm Imperial Threads 10 Imperial Thread Range 10–44 TPI Longitudinal Feed Range 0.089–0.198 mm/rev Tool Post Type 4-way Compound Slide Travel 65 mm Cross Slide Travel 80 mm Carriage Travel 276 mm Tailstock Quill Travel 50 mm Tailstock Taper MT2 Main Motor (S1/S6) 750 W / 1000 W / 230 V / 1 Ph / 50 Hz Machine Length 900 mm Bedpfxjzqzi Es Ac Ajwr Machine Width 400 mm Machine Height 1120 mm Weight (with stand) 63 kg

Condition: new, functionality: fully functional, Year of construction: 2026, Advantages of DC Chip Extractors The purpose of the Vibra Motor shaking system is to ensure stable operating parameters and to monitor the proper functioning of the extractor. A heavy-duty design enhanced with a radial fan guarantees maximum vacuum efficiency. The extractor is intended for dry sawdust and wood chips. Thanks to the airtight construction, it is suitable for operation both outdoors and inside the facility. Bedpfx Acjx Agpzo Ajwr Adapted for operation in a positive-pressure system (fans work on the contaminated side of the dust collector) as well as in a negative-pressure system (fans work on the clean side of the dust collector). The sound-insulated design and specially shaped impeller blades contribute to quiet and efficient operation while minimizing electrical power consumption. A key advantage of the extractor is the use of flexible and durable seals in critical areas, improving the tightness of the entire system without heat loss at connection points. A multifunctional device with a modular system allowing any configuration of the extractor. Warm air recovery system. Control cabinet equipped with an intuitive control panel that allows monitoring of filter contamination levels. For filtering smaller particles, a filter such as HEPA should be used. It is forbidden to use this extractor in an explosive atmosphere. The extractor is not designed to work with wet material (e.g., wet sawdust). Industrial Chip and Sawdust Extractor DCV21750 Technical Specifications Motor Power: 25 HP / 400 V, 50 Hz Extraction Capacity: 21,750 m³/h Inlet/Outlet Diameter: 400 / 400 mm Suction Speed: 28 m/s Number of Filters: 2 × 48 Number of Waste Bags: 8 Dimensions (L × W × H): 4600 × 1700 × 3500 mm Weight: 1400 kg SPECIAL OFFER!!! LAST UNIT IN STOCK!

Condition: new, Year of construction: 2026, DT2200M Downdraft Grinding Table The DT2200M is a professional downdraft grinding table designed to provide a safe and efficient workspace for metal grinding applications. Equipped with a high-performance filtration system and dual extraction fans, it is ideally suited for demanding industrial and workshop environments, effectively reducing airborne dust while improving operator safety and comfort. Bsdpfezqy Rusx Ac Aewr Key Features Dual-stage filtration system efficiently removes grinding dust and airborne contaminants High extraction capacity – two centrifugal fans rated at 4,000 m³/h each provide continuous operation with reduced filter replacement frequency Large working surface – the 2060 × 530 mm worktable accommodates larger workpieces with ease Heavy-duty construction – robust steel housing with spacious metal waste drawers on both sides of the table Construction and Technology The DT2200M features an 11-section work surface, providing flexibility for securing and processing various workpieces. An integrated downdraft and side-draft extraction system captures dust directly at the source, significantly improving air quality within the workspace. The high-temperature-resistant filter cartridges are designed for extended service life in applications involving elevated heat generation. Please note that the filters are heat-resistant but not fire-resistant. Precision and Performance Thanks to its high static pressure and two centrifugal extraction fans, the DT2200M achieves a filtration efficiency of over 99.9%. Independent filtration units and a quick filter replacement system reduce maintenance time while ensuring consistently high extraction performance. Applications The DT2200M is suitable for use in: Metal fabrication workshops Industrial paint shops Maintenance and repair departments Manufacturing facilities specializing in metalworking Standard Equipment Two centrifugal extraction fans Four filter cartridges (395 × 495 × 24 mm) 11-section work surface Metal waste collection drawers on both sides Integrated workpiece clamping fixtures Technical Specifications Specification Value Work Surface Dimensions 2060 × 530 mm Motor Power 2 × 1.0 kW Airflow Capacity 2 × 4,000 m³/h Filter Size 4 × (395 × 495 × 24 mm) Power Supply 230 V Weight 130 kg Overall Dimensions 2200 × 600 × 850 mm

Condition: new, Year of construction: 2026, CORMAK V3000 Hydraulic Gluing Press The CORMAK V3000 is an industrial hydraulic gluing press designed for bonding solid wood components, furniture panels, worktops, and laminated boards. Built around a heavy-duty steel frame and equipped with four hydraulic clamping units providing a combined pressing force of 10 tonnes, the machine ensures consistent production results and high-quality bonded joints. Key Features Bwjdpfowcy T Aex Ac Ajr 4 × 2,500 kg clamping force – evenly distributed pressure ensures strong and durable bonding across the entire workpiece surface. Heavy-duty steel frame – high structural rigidity provides excellent stability and resistance to deformation, even during prolonged operation. Adjustable clamping units – quick and easy positioning allows the press to accommodate a wide range of workpiece sizes. Pressure locking system – maintains constant clamping pressure without the need for continuous adjustments. Spring-assisted side guide for hydraulic cylinders – ensures smooth piston movement and precise operation of the clamping units. Heavy-duty locking nuts – securely hold the selected settings, improving safety when working under high clamping forces. Construction and Technology The V3000 is manufactured from high-grade structural steel, offering excellent resistance to deformation and long-term mechanical fatigue. Each of the four hydraulic clamping units is mounted within a rigid guide system, ensuring accurate distribution of clamping pressure in both the horizontal and vertical directions. The simple adjustment mechanism allows the operator to position the clamping units with a minimum spacing of 240 mm, making the press suitable for both short and irregularly shaped workpieces. The large working capacity accommodates panels up to 1,550 mm in height and 3,000 mm in width. Precision and Performance The CORMAK V3000 provides a uniform distribution of clamping pressure, eliminating gaps and ensuring consistently strong adhesive joints. Stable clamping settings and an integrated pressure locking system improve process repeatability, making the machine particularly suitable for high-volume production. The press is ideal for bonding solid timber, laminated panels, and frame components. Its intuitive operation requires minimal setup, allowing operators to focus on production quality and efficiency. Applications The CORMAK V3000 is ideal for: Manufacturing laminated furniture components and cabinet fronts Producing worktops, edge-glued panels, and laminated timber panels Woodworking shops and industrial facilities processing glued timber Manufacturing stairs, doors, windows, and structural timber frames Standard Equipment Four hydraulic clamping units Heavy-duty steel frame with a 3,000 mm working length Individual pressure locking mechanism for each clamping unit Spring-assisted side guides for the hydraulic cylinders Optional Equipment Additional hydraulic clamping units Quick-connect hydraulic coupling system for an external hydraulic pump Height-adjustable support stands Technical Specifications Specification Value Overall Height 2040 mm Overall Width 3000 mm Maximum Clamping Height 1550 mm Minimum Distance Between Clamping Units 240 mm Distance from Mounting Hole to Clamping Unit 50 mm Clamping Force 4 × 2,500 kg Total Weight 260 kg

Condition: new, Year of construction: 2026, CORMAK E910 Band Sawmill for Wood The CORMAK E910 Band Sawmill is an advanced band saw designed for professional sawmill operations. Featuring a robust four-column frame, a large cutting capacity, and a reliable 7.5 kW (400 V) electric motor, it delivers precise processing of both softwood and hardwood. An integrated blade cooling system and reinforced cutting head guidance make the E910 one of the most efficient and durable band sawmills in its class. Key Advantages of the CORMAK E910 Maximum cutting width: 915 mm (without log guides), 750 mm (with log guides) – allows cutting of large logs while maintaining excellent stability. Maximum cutting height: 740 mm – adjustable cutting head enables precise cutting of materials with various cross-sections. Cutting length: 6,000 mm – suitable for processing long logs without the need for repositioning. Dynamically balanced cast-iron flywheels – ensure smooth, stable, and reliable blade operation. Manual feed and height adjustment – provide complete operator control over the cutting process and machine settings. Integrated blade cooling system – prevents blade overheating and extends blade service life. Blade guard – enhances operator safety in compliance with applicable safety standards. Rigid machine frame – minimizes vibration and ensures consistently straight, accurate cuts. Construction and Technology The CORMAK E910 is built on a rigid four-column frame with reinforced rear support, providing exceptional structural stability. It is equipped with a high-quality 35 mm wide, 4,013 mm long bandsaw blade operating at a speed of 20 m/s, ensuring fast, efficient, and accurate cutting. The cutting head is manually operated, giving the operator full control over the cutting process and allowing precise adjustment to different workpieces. As standard, the machine includes a 12-litre coolant reservoir, significantly reducing blade wear and improving cutting performance. Precision and Productivity The CORMAK E910 has been designed for continuous operation in sawmills and wood-processing facilities. Its substantial weight (488 kg), wide rail base, and dynamically balanced flywheels provide excellent cutting accuracy and repeatability. With a maximum cutting thickness of 475 mm, the machine easily handles large-diameter logs. The kerf width of just 1.4–2.2 mm minimizes material waste and maximizes timber yield. Standard Equipment 4,013 mm bandsaw blade 6,000 mm rail track set Blade cooling and lubrication system Blade guard Adjustable log clamp/stop FREE bandsaw blade – machine supplied ready for operation Technical Specifications Specification Value Power supply 400 V Motor power 7.5 kW (10.2 HP) Maximum cutting width 915 mm Bodpfxovvr Sxj Ac Ajwr Maximum blade height 740 mm Minimum blade height 55 mm Maximum cutting thickness 475 mm Maximum cutting length 6,000 mm Blade guard Yes Blade width 35 mm Blade length 4,013 mm Flywheel diameter 470 mm Flywheel width 25 mm Blade speed 20 m/s Kerf width 1.4–2.2 mm Coolant tank capacity 12 L Feed system Manual Machine dimensions (L × W × H) 6,000 × 1,980 × 1,810 mm Net weight 488 kg

Condition: new, Year of construction: 2026, DCV7500E Industrial Dust Collector The DCV7500E is a premium-class industrial dust collector engineered for demanding manufacturing environments. Its robust construction, exceptionally high extraction capacity, and advanced filtration capabilities make it the ideal solution for large woodworking facilities requiring clean air, reliable performance, and continuous-duty operation. Key Features High extraction capacity of 7,500 m³/h, ideal for operating multiple machines simultaneously Large 18 m² filtration area for efficient capture of fine dust particles 35 polyester filter cartridges with 5-micron filtration for improved air quality throughout the production facility Heavy-duty steel construction designed to withstand vibration and intensive industrial use Dynamically balanced metal impeller ensures smooth, quiet, and reliable operation Construction and Technology The DCV7500E is equipped with a Ø280 mm inlet port, providing exceptionally high airflow capacity for centralized dust extraction systems. Its metal impeller features aerodynamically optimized blades that maximize extraction performance while reducing noise levels. The airtight extraction system minimizes air leakage and efficiently separates wood chips, shavings, and fine dust particles, ensuring high operating efficiency. Performance and Efficiency Operating at an air intake velocity of 28–32 m/s, the DCV7500E delivers highly effective dust extraction even under fluctuating production loads. Powered by a 5.5 kW motor running at 3,000 rpm, the unit maintains consistent suction performance throughout continuous operation, regardless of the number of connected machines. Bsdpfx Ajvzqtxoc Aswr Applications The DCV7500E is ideally suited as a centralized dust extraction system for woodworking factories and industrial production facilities operating equipment such as: Belt sanders and wide belt sanders Sliding table saws and panel saws Spindle moulders Edge banders and planers Automated woodworking production lines The unit is not intended for extracting wet materials or for use in hazardous or potentially explosive environments. Standard Equipment 35 polyester filter cartridges (5-micron filtration) Ø280 mm inlet port Sealed waste collection containers Optional Equipment HEPA filter for capturing ultra-fine dust particles Automatic filter cleaning system Overhead ducting system for centralized installation Technical Specifications Specification Value Motor Power 5.5 kW / 400 V Motor Speed 3,000 rpm Airflow Capacity 7,500 m³/h Maximum Vacuum Pressure 3,000 Pa Noise Level 80 dB Inlet Diameter Ø280 mm Air Intake Velocity 28–32 m/s Total Filtration Area 18 m² Filter Material Polyester, 5 microns, Filter Class "G" Number of Filters 35 Overall Dimensions 2800 × 970 × 2260 mm Weight 306 kg

Condition: new, Year of construction: 2026, DCV4500E Industrial Dust Collector The DCV4500E is a high-performance industrial dust collector designed for continuous operation in high-dust environments. This advanced extraction system meets the demands of manufacturing facilities where efficient removal of dust and wood chips is essential for maintaining product quality and workplace safety. Its compact housing, robust construction, and impressive extraction capacity of 4,500 m³/h make it an ideal solution for woodworking shops, furniture manufacturers, and production lines requiring a centralized dust extraction system. Key Features Smooth and quiet operation thanks to a dynamically balanced metal impeller High dust extraction efficiency with an air intake velocity of up to 32 m/s 12 polyester filter cartridges with filtration efficiency down to 5 microns Suitable for connecting multiple machines in an overhead centralized extraction system Energy-efficient fan with optimized airflow design Airtight construction minimizes dust emissions into the working environment Easy operation and maintenance with a quick waste bag replacement system Construction and Technology The DCV4500E features a reinforced steel frame that minimizes vibration and ensures quiet operation. The extraction system is equipped with a Ø200 mm inlet port, providing high airflow capacity and an extended extraction range. The 12 filter cartridges deliver efficient filtration of dust and wood chips, while the engineered design helps reduce heat loss within the production facility. Performance and Efficiency Thanks to its optimized fan design and 3.0 kW (S1) motor, the DCV4500E delivers high extraction performance while maintaining low energy consumption. The system is designed for continuous-duty operation and provides consistent suction power throughout the entire working cycle. It is an excellent solution for operating multiple woodworking machines simultaneously within a centralized dust collection system. Applications The DCV4500E is suitable for use in: Bwedpfx Acsuc Uchs Ajr Woodworking workshops Furniture manufacturing facilities Production of doors, windows, and wooden components Manufacturing lines with multiple connected machines The unit is compatible with machines such as sanders, edge banders, panel saws, and sliding table saws. It is not recommended for extracting wet materials or for use in hazardous or potentially explosive environments. Standard Equipment 12 polyester filter cartridges (5-micron filtration) 2 waste collection bags Ø200 mm metal inlet port Optional Equipment HEPA filter for particles smaller than 1 micron Ø200 mm extraction hose Ceiling-mounted suspension system for overhead installation Technical Specifications Specification Value Motor Power (S1) 3.0 kW / 400 V, 50 Hz Motor Speed 2,900 rpm Airflow Capacity 4,500 m³/h Maximum Vacuum Pressure 3,000 Pa Noise Level 80 dB Air Intake Velocity 28–32 m/s Inlet Diameter Ø200 mm Number of Filters 12 Filter Material Polyester, 5 microns, Filter Class "G" Filter Dimensions 170 × 1035 mm Overall Dimensions 1530 × 665 × 2200 mm Weight 120 kg

Condition: new, Year of construction: 2025, DCV6000E Industrial Dust Collector The DCV6000E is an advanced industrial dust collector designed for the efficient extraction of wood chips, shavings, and dust from multiple workstations simultaneously. Engineered for continuous, heavy-duty operation in manufacturing environments, it delivers consistent suction performance and maintains excellent air quality throughout the production facility. Its reinforced construction and dynamically balanced impeller ensure quiet, reliable, and low-maintenance operation. Key Features Exceptional extraction capacity of 6,000 m³/h, ideal for operating multiple machines simultaneously Ø250 mm inlet port providing high airflow capacity and compatibility with centralized dust extraction systems 28 polyester filter cartridges with 5-micron filtration and a total filtration area of 14 m² Ceiling-mounted design for space-saving installation and easy system expansion Bwjdpfxeuc U Nbs Ac Aer Sealed waste bag replacement system for clean and convenient maintenance Energy-efficient operation thanks to an optimized fan blade design and a highly airtight extraction system Construction and Technology The DCV6000E is built with a heavy-duty hardened steel housing designed to withstand deformation and minimize vibration. At the core of the system is a dynamically balanced metal impeller, reducing noise while ensuring stable operation under high airflow conditions. The large-surface polyester filter cartridges effectively capture dust particles as small as 5 microns. An optional HEPA filtration system is available for applications requiring the highest air quality standards. Performance and Efficiency Powered by a 3.8 kW (S1) motor operating at 3,000 rpm, the DCV6000E achieves an air intake velocity of 28–32 m/s. This enables efficient dust extraction for multi-machine woodworking lines and automated production systems, regardless of workload intensity. The unit is designed for continuous-duty operation, maintaining stable performance throughout extended production cycles. Applications The DCV6000E is ideally suited for furniture manufacturing plants, industrial woodworking facilities, CNC production lines, and other environments where large volumes of wood dust are generated. The unit is compatible with: Sliding table saws and panel saws Wide belt sanders Edge banders and planers CNC woodworking machines Standard Equipment 28 polyester filter cartridges (5-micron filtration) Galvanized steel housing Metal impeller and extraction chamber Sealed waste collection bags Optional Equipment HEPA filter Extraction hoses and system manifolds Waste container fill level sensors Technical Specifications Specification Value Motor Power (S1) 3.8 kW / 400 V, 50 Hz Motor Speed 3,000 rpm Airflow Capacity 6,000 m³/h Maximum Vacuum Pressure 3,000 Pa Noise Level 80 dB Inlet Diameter Ø250 mm Air Intake Velocity 28–32 m/s Total Filtration Area 14 m² Number of Filters 28 Filter Material Polyester, 5 microns, Filter Class "G" Overall Dimensions (L × W × H) 2000 × 625 × 2150 mm Weight 262 kg

Condition: new, Year of construction: 2026, MILL 400 Machining Center The MILL 400 Machining Center is an advanced vertical CNC machining center designed for precision metalworking in industrial environments. Thanks to modern technologies, high-quality components, and the professional Siemens Sinumerik 808D control system, the machine delivers reliability, high precision, and excellent productivity, making it an ideal solution for small and medium-sized manufacturing companies, prototype workshops, and industries involved in machining complex components. Key Advantages Massive machine frame ensuring rigidity and stability, eliminating vibrations during machining and enabling exceptional precision. Precision linear guideways on all axes, guaranteeing outstanding repeatability and motion accuracy. Fully enclosed working area, providing operator safety and minimizing the risk of contamination and chip dispersion. High-quality ball screws on the X, Y, and Z axes, ensuring minimal backlash and maximum machining precision. SIEMENS servo drives delivering reliability and efficiency, enabling smooth and accurate axis movement. Design and Technology 8,000 rpm spindle, ideal for machining steel, aluminum, and other engineering materials. 10-position tool magazine enabling automatic tool changes, increasing productivity and reducing downtime. Automatic lubrication system, extending machine life and reducing maintenance requirements. Pneumatic system supporting guarding systems, clamping devices, and safety functions. Siemens 808D operator panel, offering an intuitive interface and complete real-time machine control. Precision and Performance Positioning accuracy: ±0.02 mm Positioning repeatability: ±0.01 mm Rapid traverse rates: 10 / 10 / 8 m/min Feed rate: 2.6–2500 mm/min X/Y/Z axis servo torque: 6 / 6 / 7.7 Nm Technical Specifications Parameter Value Table Size 800 × 280 mm Spindle Taper BT30 (BT40 optional) X-Axis Travel 404 mm Y-Axis Travel 284 mm Z-Axis Travel 451 mm Distance from Spindle Nose to Table Surface 500 mm Rapid Traverse Rates 10 / 10 / 8 m/min Feed Rate 2000 mm/min X/Y/Z Axis Servo Torque 4.7 / 4.7 / 7.7 Nm Positioning Accuracy ±0.02 mm Repeatability ±0.01 mm Maximum Spindle Speed 8,000 rpm Tool Magazine Capacity 12 tools (16-tool option available) Motor Power 2.2 kW Control System Siemens SINUMERIK 808D Machine Weight 1,300 kg Machine Dimensions 2000 × 1800 × 2400 mm Standard Equipment SIEMENS SINUMERIK 808 Advanced control system SIEMENS servo drives 8,000 rpm spindle 12-position automatic tool magazine Fully enclosed machine guarding Automatic lubrication system Pneumatic system LED work light Three-color status/alarm tower light Lathe chuck and tailstock Bjdpfxjzdp Eue Ac Aowr