Sigma Profile Steel Beam CS

Profillänge: 1.650 mm / CS-Sigma.: 200 x 65 x 18 mm / sendzimir verzinkt

Condition: used, Semi-automatic PET bottle blow molding machine Manufacturer: FERENC Model: F-1400 Hjdpjugu E Rsfx Akisw Year of manufacture: 2006 Output: approx. 800 pcs/h Number of molds in the machine: 2 x 5 L (48 mm cap) Oven dimensions: - Length: 900 mm - Width: 900 mm - Height: 1200 mm Blow molder dimensions: - Length: 1800 mm - Width: 750 mm - Height: 2000 mm Set weight: 1200 kg Technical condition: used machine

Condition: used, Year of construction: 1970, Year of manufacture: 1970 Total pressing force at 320 atü: 80 tons Pressing cylinder: 6 pistons Motor power: 1.1 kW Hjdowx Rrnopfx Akiew Heating-up time approx. 20 min. Price ex works.

Condition: used, Year of construction: 2000, machine/vehicle number: SO126, Used HDPE Extrusion Blow Molding Machine for 10 L – 300 bph – Overview Second-hand Uniloy Milacron HSM10/D extrusion blow molding machine designed for producing up to 10 L HDPE containers. With a single-parison head and robust clamp, this EBM unit is ideal for industrial packaging and beverage production auxiliaries (e.g., water canisters, edible oils) and can be integrated within a used bottling line. Documentation and manuals are available. Reference number: SO126. Technical Specifications & Performance Data Main data Make/Model: Uniloy Milacron HSM10/D Year: 2000 Technology: Extrusion Blow Molding (EBM), single parison Material: HDPE Number of cavities: 1 Max container volume: 10 L Indicative output: up to about 300 bph on 10 L (application-dependent) Manuals: included Ref. no.: SO126 Extruder Screw diameter: 100 mm; L/D 24 HDPE screw speed: 0–70 rpm Plasticizing capacity (HDPE): approx. 300 kg/h Main extruder motor: 89 kW Heating zones: 6; barrel heating power: 31.4 kW Motor cooling power: 0.58 kW; barrel cooling power: 1 kW Parison head Type: PE 1/200, single parison Max die diameter: 200 mm Head heating power: 14.2 kW Parison thickness control: hydraulic (wall-thickness programming) Clamp & blow unit Clamp force: 200 kN Max mould size: 650 × 500 mm (H) Mould thickness: 2 × 150 mm Mould opening stroke: 300 mm Horizontal carriage stroke: 660 mm Blow pin stroke: 240 ± 5 mm Blow pin thrust at 50 bar: 320 kg Electrical Installed power: 156 kW (average consumption ~104 kW) Supply: 400 V, 50 Hz, 318 A, 3 + N Hydraulic system Reservoir capacity: 400 l Pump flow (1470 rpm): 123 l/min Max pressure (main circuit): 190 bar Main hydraulic motor: 37 kW; oil cooling motor: 1.5 kW Pneumatics Operating pressure (general): 6–8 bar; air use: 2000–2500 Nl/min Post-cooling pressure: 6–8 bar; air use: 1000–1500 Nl/min Cooling water Mould circuit: 8–12 °C; flow 15 m³/h Extruder & hydraulic oil: 10–24 °C; flow 4 m³/h Dimensions & weights Approx. machine size (L × W × H): 7600 × 7700 × 3900 mm Blow unit weight: 7600 kg; Extrusion group weight: 6400 kg Noise level at operator: < 85 dB(A) Advanced Automation & Control Systems Hydraulic wall-thickness programming for precise parison control, improving weight distribution and top-load performance on 10 L containers. Dedicated Uniloy command and control software (version code available in manuals) with operator interface for setpoint management and diagnostics. Integrated temperature control across six extruder zones and heated head for stable processing at up to 300 °C transformation temperature. Hsdsyhbt Hspfx Akiew Interlocked guarding and emergency stops for safe operation. Production Line Integration Capabilities This second-hand extrusion blow molder is integration-ready for downstream equipment typical of a used bottling line and industrial packaging systems: Conveyor...

Year of construction: 2009, condition: good (used), - Fully automatic - Package height max. (mm): 650 - Package height min. (mm) :15 - Package width max. (mm): 1250 Hodpjpu Anmefx Akiow - Package length min. (mm): 300 - infeed conveyor (mm): approx. 2.000 x 1.300 x 900 - Outfeed conveyor (mm): approx. 2.000 x 1.300 x 900 - Outfeed table - Overall dimensions (mm): approx. 8,000 x 3,000 x 2,200 - Total connected load (kW): approx. 5

Condition: ready for operation (used), Year of construction: 2014, functionality: fully functional, load capacity: 210 kg, arm reach: 2,696 mm, control cabinet width: 560 mm, control cabinet height: 1,060 mm, type of input current: DC, workpiece weight (max.): 1,111 kg, control cabinet length: 800 mm, throat depth: 2,696 mm, Product description: 24 pieces In stock Industrial KUKA KR 210 R2700 Prime KR C4 Hodpfx Ajqv D Tpekiow Manufacturer: Kuka Year of manufacture: 06:2014 Serial number:635949 Type: KRC4 Load capacity:210 kg Axles: 6 Reach: 2696 mm Repeatability: ± 0.06 mm Scope of delivery - Robot - control cabinet - cable - Teach box Prices are net plus VAT Can be viewed at any time under power. Robot is in very good used condition Delivery time subject to immediate prior sale Upon delivery you will receive an invoice with VAT shown Item condition "New" - partly without original packaging, traces of storage possible, delivery as pictured Item condition "Used" - items show signs of use, these are therefore not described further,

Condition: reconditioned (used), Steel grinding machine Manufacturer: REMA Model: DS 07/ST Version with reversible motor 0.22/0.37 kW 1450/2900 rpm Year of manufacture: unknown Serial no.: 022857 Equipment: - Reversing switch for right/left rotation - Benchtop version with chip tray - Wet grinding system - 2 pcs. support table ATS (left) adjustable from -5° to +15° and with spring suspension - 2 pcs. angle stops - Adjustable support table ATK (right) for grinding chip guide steps - Steel holder for support table ATK 360° rotatable, pivotable, with height adjustment and knurled screw for adjusting the chip depth - Enlarged protective cover (left) with silicon carbide cup wheel Ø 175 mm with mounting flange - Protective cover (right) for grinding wheels Ø 125 mm Hodpfxehvu Tmj Akijw with mounting flange - Operating manual Used, as is, no guarantee

Year of construction: 1968, condition: good (used), for aluminium Hedpfxjgryk Ns Akisw strip width: max. 1.050 mm strip thickness: 10 - 20 mic

Condition: new, Volumes: available in 10 m³ or 20 m³ versions Product description: The Easyplan is a compact yet powerful drying system designed for drying softwood and hardwood, as well as for treating pallets and wood packaging to comply with ISPM-15 standards. It ensures complete phytosanitary compliance and consistently delivers high-quality drying results for a wide range of timber types. Installation takes less than one day, making it ideal for rapid deployment in small to medium-sized production facilities. The process is fully automatic – simply load the kiln and let the system manage the entire drying or heat treatment cycle. Available heating options: Electric: 27 and 36 kW Gas: 200 kW gas burner Hot water/steam Wood stack size for EASYPLAN 10 and EASYPLAN 20: 4 m - 6 m 180 - 300 EPAL pallets Key benefits: Capacities of 10 m³ or 20 m³ to suit different production requirements Hodpsw Hfzaefx Akisw Suitable for both softwoods and hardwoods ISPM-15 compliant pallet and wood packaging treatment, firewood drying Fully automatic drying process Quick installation in less than 24 hours Flexible heating options to match available energy sources

Condition: ready for operation (used), Year of construction: 2008, A complete filling line from filler to packer is available. Format: Gable top/pyramid pack 0.50l/0.75l/1l, output: approx. 7000 packs/h, dimensions X/Y/Z: approx. 9500mm/3200mm/3500mm, weight: approx. 13000kg, operating hours: approx. 32500h. Applicator: 3x Elopak E-PLA-S30, year of construction: 2009, air pressure: 700kPa, weight: approx. 1000kg. Packer: Oystar A+F Traypacker TF, year of construction: 2011. Hedpfxjtul Rae Akijw

Condition: new, Year of construction: 2026, The ATC series of plotters has been developed for professional use in large industrial plants and factories for the production of complex large-size components. Thanks to its special design, the machine is adapted to the production of casting models and yachts, among others, significantly reducing processing times. ATC machines use an additional reinforced structure and stronger AC servo drives on each axis. The presence of five axes provides support in the machining process of even the most demanding elements. The plotters in this series come standard with automatic tool change, a six-position linear magazine and a tool height sensor. The applied solutions significantly accelerate the machining process requiring the use of several milling cutters. Processed materials: -wood - wood-based materials (chipboard, MDF, OSB, etc.) -plastics -Composites -PVC - non-ferrous metals (aluminum, brass, copper, etc.) CONSTRUCTION: The plotter is made entirely of high quality steel. During the production process, all elements undergo a special heat treatment. Hsdpfx Asiq U Tqjkijw WORK AREA: The usable area of our machine tool is 3000 x 6000 [mm] AXIS RANGE AND GATE CLEARANCE: Customised parameters DRIVES: Our machine tools were powered by digital motors with high resolution and high power, which ensures appropriate acceleration and speed in particular directions. Classic and proven helical blades work in the X and Y axes, which ensure high durability and precision, and the Z axis is driven by a high-quality ball screw. All axes run on rail guides. SPINDLE: TOOL MAGAZINE: The standard equipment of the machine is a linear tool magazine equipped with 6 HSK cones. Additional tool magazine positions can be provided. SOFTWARE: The machine is equipped with appropriate CAD / CAM software in the latest version. The software enables quick and easy design of elements, which the program then converts into the so-called G-code. It is also possible to import finished files from other programs. CONTROL: The machine is operated by the controller, which has its own processor and operating memory, which ensures stable and reliable operation. The machine controller has the function of active vector analysis, thanks to which the operation of the device is smooth and the error in processing is small. The controller has the function of returning to further work after the loss of power, so there is no need to initialize the program from a scratch. The memory built into the controller allows the machine to work without having to load the program each time.