Used Resonator for sale (85)

Condition: new, Dynamic Hard-bearing Balancing Machines of the 9D716 series have originally been designed to meet the needs of a wide range of customers. They are undoubtedly the best solution if you need to balance a wide range of rotor types, weights and sizes. This has led to their use in a wide range of industries. The machines have many unique technical solutions that allow you to set up and balance complex rotors in the shortest possible time without losing the accuracy of the unbalance detection. MACHINE HIGHLIGHTS • The specially designed rollers use advanced patented Exact Barrel grinding technology and are mounted on precision bearings. • The monolithic design of the supports and base eliminates vibration losses during balancing by reducing the number of "oscillating system" elements. • Allows large initial unbalances to be measured without destroying the machine, and rotor unbalance to be corrected directly on the machine. • The low natural resonance frequency of the supports allows the rotor to be balanced at low speeds. • The width of the support rollers and roller block allows the installation of rotors with very short rotor bearing journals. The modular design allows rotors with unusual configurations to be mounted using spacers or tools. Hnedpfxjn Hwqve Aalji • The height of the roller block is adjustable, allowing rotors with different journal diameters to be balanced and the rotor to be centred during machine set-up. • The unique "Micro-Tuning" technology eliminates the effects of axial slippage during rotation. • The belt drive has a patented "long stroke" design that allows any rotor to be rotated using only two drive belts. • The frequency converter drive provides smooth acceleration and deceleration of the electric motor and infinitely variable speed control of the rotor. MACHINE DESIGN OPTIONS • Axial drive that uses a cardan shaft. Capable of transmitting high torque from the electric motor to the rotor. This type of drive is used for parts with high aerodynamic resistance or special design features (e.g. augers). • Drilling module for unbalance correction of the rotor without removing it from the machine. Convenient to use to increase the productivity of the operation. • Extended machine bed. The base of the machine can be made for any length of rotor. In our practice we have had machines for rotors of 12 metres in length. MEASUREMENT AND CONTROL • We make balancing easier - the main advantage of our balancing systems. • The balancing process is displayed in real time and the unbalance behaviour of the rotor is monitored on the screen to achieve the best possible result. • The maximum sensitivity of the machine at any moment of operation, the set-up and calibration of the machine is carried out by the operator himself. • Free from the influence of external vibration factors on the measurement result, it has a high degree of protection against various types of interference. • World-leading functionality and accuracy. SPECIFICATIONS Weight range of balanced rotors 5 - 500 kg Maximum rotor diameter (above the bedding) 1300 mm Diameter of rotor support journals 30 - 180 mm Distance between centres of rotor support journals 200 – 2000 mm Support type Rollers Transmission element for rotor rotation Belt / Cardan Minimum achievable residual specific unbalance 0.4 g.mm/kg Rotor speed range 300 – 1500 rpm Electric motor power 4.0 kW Parameters of the supply network 380V, 3 Ph, 50Hz

Condition: new, The 9D717 balancing machine is a versatile and reliable tool for balancing a wide range of rotors from 15 to 1500 kg. This machine is capable of balancing different types of rotors, including inboard and outboard cantilever rotors, rotors on special mandrels and rotors in their own bearings. The machine's design is simple yet functional, allowing it to easily balance armatures, generator rotors, impellers and fan wheels, even with large initial imbalances. In addition, the machine can balance rotors in their own bearings, saving repair time and preventing damage to the rotor trunnions. It is suitable for determining and eliminating unbalance on rotors of electric motors, metallurgical gears, screws and printing equipment. The 9D717 balancing machine is also capable of balancing disc-type parts such as impellers and smoke pump impellers, as well as correcting unbalance on shaft-type parts such as threshing drums and combine rotors. Overall, this machine is highly versatile and effective in balancing various types of rotors, making it ideal for repair and production shops. HIGHLIGHTS • The specially designed rollers use advanced patented “Exact Barrel” grinding technology and are mounted on precision bearings. Hsdpfx Aaepdpn Ujljni • The monolithic design of the supports and base eliminates vibration losses during balancing by reducing the number of "oscillating system" elements. • Allows large initial unbalances to be measured without destroying the machine, and rotor unbalance to be corrected directly on the machine. • The low natural resonance frequency of the supports allows the rotor to be balanced at low speeds. • The width of the support rollers and roller block allows the installation of rotors with very short rotor bearing journals. The modular design allows rotors with unusual configurations to be mounted using spacers or tools. • The height of the roller block is adjustable, allowing rotors with different journal diameters to be balanced. • The belt drive has a patented "Long stroke" design that allows any rotor to be rotated using only two drive belts. • The frequency converter drive provides smooth acceleration and deceleration of the electric motor and infinitely variable speed control of the rotor. MEASUREMENT AND CONTROL • We make balancing easier - the main advantage of our balancing systems. • The balancing process is displayed in real time and the unbalance behaviour of the rotor is monitored on the screen to achieve the best possible result. • The maximum sensitivity of the machine at any moment of operation, the set-up and calibration of the machine is carried out by the operator himself. • Free from the influence of external vibration factors on the measurement result, it has a high degree of protection against various types of interference. • Easy to learn working skills and maintenance for any employee. SPECIFICATIONS Weight range of balanced rotors 15 - 1500 kg Maximum rotor diameter (above the bedding) 1800 mm Distance between centres of rotor supports 360 – 3000 mm Support type Rollers Transmission element for rotor rotation Belt / Cardan Minimum achievable residual specific unbalance 0.4 g*mm/kg Rotor speed range 300 – 1500 rpm Electric motor power 7.5 kW Parameters of the supply network 380V, 3 Ph, 50Hz Do you need a machine for a different load capacity, diameter or length? We manufacture balancing machines for every needs. Please contact us to get the best offer! 👇

Condition: reconditioned (used), functionality: fully functional, Year of construction: 2000, Special high resonance screen for ultrafines. Dimensions 1500x3000 mm Hsdpfxju N Nbbj Aaleni One deck

Condition: ready for operation (used), functionality: fully functional, Year of construction: 2009, operating hours: 57,480 h, No reserve price - guaranteed sale at the highest bid! TECHNICAL DETAILS Round tube diameter: 12 mm – 220 mm Square tube dimensions: 200 × 200 mm Stainless steel thickness: 5 mm Steel thickness: 12 mm Aluminum thickness: 5 mm Hsdpfx Aewakyuoaleni Bar and tube handling Bar length: 6,500 mm – 8,500 mm Max. bar weight: max. 35 kg/m Unloader length: 4,500 mm – 6,500 mm – 8,500 mm Laser Laser source power: max. 3,500 W Laser source: DC series SLAB laser from Rofin Sinar Beam quality (K-factor): > 0.9 Maintenance requirements: low (no moving parts in the resonator) Gas consumption: reduced Power consumption: reduced Control system CNC control: Digital CNC Siemens 840D Solution Line Loading and Unloading System Rear Carrier Loader: 8,500 mm Front Single Carrier Loader: 8,500 mm Unloader: 8,500 mm EQUIPMENT - Collector - Booster - 2 Lenses

Condition: used, Year of construction: 2022, functionality: fully functional, operating hours: 814 h, nominal power (apparent): 2 kVA, Kimla LF 1020 Powercut Fiber Laser 2 kW – Precision and Efficiency for Your Production The Kimla LF 1020 Powercut fiber laser cutting machine equipped with a 2 kW fiber resonator is a technologically advanced solution designed for companies seeking maximum productivity, precision, and reliability in metal processing. As a product of a renowned Polish manufacturer, this machine combines innovative engineering with robust build quality, providing a competitive edge in today’s dynamic market. The LF 1020 model is optimized for processing sheet metal in standard sizes, offering a 1000 x 2000 mm working area, making it a versatile tool for a wide range of applications, from custom to series production. Key Features and Advantages: • Dynamic Linear Drives: Unlike conventional drive systems, Kimla’s proprietary linear motors provide extremely high acceleration and positioning speeds. This significantly shortens cutting times for intricate shapes and increases overall machine throughput. • 2 kW Fiber Source: The 2000 W fiber resonator is the ideal balance between cutting speed and versatility. It enables efficient processing of mild steel, stainless steel, aluminium, as well as non-ferrous metals such as copper and brass (subject to manufacturer’s approval), while ensuring excellent edge quality. • High Energy Efficiency: Fiber laser technology is far more energy-efficient compared to CO₂ lasers, resulting in lower electrical costs and reduced environmental impact. • Monolithic, Rigid Frame: The machine body is manufactured as a single, rigid component to ensure exceptional stability and resistance to vibrations, even at maximum processing speeds. This directly translates to top-level precision and repeatability of cuts. • User-Friendly Software: The integrated Kimla control system and software are operator-friendly, allowing for quick project preparation (CAD/CAM) and full control over the cutting process. • Low Operating Costs: No optical elements that require frequent maintenance (such as mirrors in CO₂ lasers) and the long service life of the fiber resonator minimize maintenance costs and downtime. Technical Specifications: Model: Kimla LF 1020 Powercut Laser Source Power: 2 kW (2000 W) Type of Resonator: Fiber Hjdpfxow Izaye Aalsni Working Area (X/Y): 1000 mm x 2020 mm Drives: Magnetic linear drives Control System: Integrated Kimla system Applications: The Kimla LF 1020 laser is an ideal solution for: • Companies in the metalworking and sheet metal processing industries • Manufacturers of machines, equipment, and steel structures • The automotive sector • The advertising industry (visual elements, 3D letters) • Companies producing metal furniture and interior fittings

Condition: used, Year of construction: 2017, operating hours: 56,681 h, laser power: 4 W, 2017 Laser cutting machine with changing table and pipe cutting function. DURMA HD-FL 3015 BH / IPG 4kW – Manufacturer: DURMA – Model: HD-FL 3015 III BH-IPG 4kW – Year of manufacture: 2017 – Laser source: IPG – Control system: SIEMENS + CAD software + nesting software – Operating hours: 56,681 h Hodpfx Asvyhczoalsni Technical data: – Working area: 3000 x 1500 mm – Pipe cutting diameter: Ø 12 – 400 mm – Laser power: 4000 W (fiber laser) Maximum thickness parameters of cutting materials: – Black steel: up to 12 mm – Stainless steel: up to 10 mm – Aluminum: up to 10 mm – Copper: up to 4 mm – Brass: up to 6 mm Additional functions: – IPG fiber laser resonator – Water cooling system for laser source and cutting head – Extraction and filtration system under and above the laser – Double table system – Pipe laser with 4-point chuck and can cut up to 6 m – CAD software – Nesting software – Pipe laser software – Very good condition, annual service performed 2024.12. If you have any more questions, we will be happy to answer.

Condition: ready for operation (used), functionality: fully functional, Year of construction: 2012, laser type: fiber laser, laser power: 3,000 W, sheet thickness steel (max.): 14 mm, sheet thickness aluminum (max.): 8 mm, sheet thickness copper (max.): 5 mm, workpiece weight (max.): 750 kg, year of last overhaul: 2024, Highlights - Easy operation - High productivity - Lower operating costs - Low energy consumption - Highly efficient fiber laser source from manufacturer IPG - Powerful control console for particularly clear and versatile production management, including direct operation from the machine PC - High modularity of feeding, removal, sorting, and storage systems, offering a wide range of solutions - Automatic shuttle table system: each table is equipped with steel support grids, which can be replaced as needed. TECHNICAL DETAILS Max. sheet length: 3,048 mm Max. sheet width: 1,524 mm Z-axis travel: 100 mm Control type: CNC control Laser type: Fiber laser Laser source manufacturer: IPG Laser power: 3,000 W Sheet thickness steel (max.): 14 mm Sheet thickness stainless steel (max.): 10 mm Sheet thickness aluminum (max.): 8 mm Sheet thickness copper (max.): 5 mm Sheet thickness brass (max.): 5 mm Workpiece weight (max.): 750 kg Working table height: 980 mm MACHINE DETAILS Year of last overhaul: 2024 Year of manufacture: 2012 Voltage: 400 V Frequency: 50 Hz Phases: 3 Rated power: 14 kW Rated current: 26 A EQUIPMENT - Documentation/manual - Cooling unit - Safety light curtain - GF: Steel support grids - CRS: Scrap container Hnedpfxsw Ucy Uo Aalsi - SiX: Control system - FLR20: 3 kW fiber resonator with cooling unit - ASF: Fume extraction system - ACUT: Option for compressed air cutting - ADB: Automatic sheet loading system - Office Software: Office software

Condition: new, Year of construction: 2026, saw blade diameter: 350 mm, cutting range round steel at 90°: 90 mm, cutting range round steel at 45°: 80 mm, rotational speed (max.): 100 rpm, warranty duration: 12 months, saw blade speed: 100 rpm, cutting range square steel at 45°: 80 mm, cutting range square steel at 90°: 90 mm, Equipment: cabin, documentation/manual, rotational speed infinitely variable, Fully Automatic Magazine-Type Mitre Tube and Profile Cutting Saw Machine Hsdpjyg H Rnefx Aaloni General Description The fully automatic magazine-type mitre tube and profile cutting saw machine is designed for precise and high-speed cutting of round tubes, square, and rectangular profiles at 90° and ±45° / ±60° angles in industrial production lines. With servo motor-controlled automatic angle rotation, PLC-controlled colour touch screen, and a patented anti-vibration cutting system, it delivers high cutting quality, long saw blade life, and repeatable precision. Key Features • Fully automatic magazine-type mitre tube and profile cutting saw machine • Servo motor-controlled automatic angle rotation up to ±60° • PLC-controlled colour touch screen • Servo motor and ball screw-driven material feeding system • Vertical cutting system with servo motor and ball screw movement, operating on a linear guide • Variable cutting speeds: - Slow at material entry - Fast during cutting - Slow at exit • Patented system that eliminates saw blade backlash: - Eliminates vibration and resonance - Prevents saw blade breakage - Extends blade life • Inverter-controlled saw speed between 20 – 80 rpm • Servo motor-controlled material feed and stop system • Ability to perform up to 10 different length cuts on the same material • ±0.2 mm length accuracy (may vary depending on saw blade runout) Cutting Capacity (Tube & Profile) Maximum Saw Blade Diameter: 350 mm Cutting Angles & Capacities Angle | Round Tube (max.) | Square Profile (max.) | Rectangular Profile (max.) -----|-----|-----|----- 90° | Ø 90 mm | 90 × 90 mm | 100 × 80 mm ±45° | Ø 80 mm | 80 × 80 mm | 100 × 40 mm ±60° | Ø 50 mm | 50 × 50 mm | 50 × 50 mm Minimum Final Scrap Length: 290 mm Technical Specifications • Main Voltage: 400 V • Control Voltage: 24 V • Installed Power: 8.7 kW • Current: 31.8 A • Saw Motor: 4 kW • Coolant Pump: 0.09 kW • Air Pressure: 6 kg/cm² (240 l/min) • Saw Speed: 20 – 80 rpm (Inverter controlled) • Angle Rotation: 90° / ±45° / ±60° Saw Blade Specifications • Saw Blade Diameter: 350 mm • Bore Diameter: 32 mm • Pin Holes: 2 × Ø11 Coating Options: • TiN: For medium-hard steels • TiCN: For high rigidity steels • TiAlN: For stainless steels Machine Dimensions & Weight • Width: 7650 mm • Length: 2650 mm • Height: 2150 mm • Net Weight: 3320 kg • Gross Weight: 3350 kg

Condition: new, Year of construction: 2026, saw blade diameter: 350 mm, cutting range round steel at 90°: 90 mm, rotational speed (max.): 100 rpm, cutting range square steel at 90°: 80 mm, Equipment: cabin, documentation/manual, rotational speed infinitely variable, Fully Automatic Magazine Tube and Profile Cutting Saw Machine General Description The fully automatic magazine tube and profile cutting saw machine is designed for industrial production lines to perform cutting operations on round tubes, square, and rectangular profiles. With its PLC-controlled color touchscreen, precision servo-driven feeding system, and patented anti-vibration construction, it offers high accuracy, extended saw blade life, and continuous production performance. The magazine structure and programmable cutting functions allow cutting at different lengths on the same material, minimizing operator dependency. Key Features - Fully automatic magazine tube and profile cutting saw machine - PLC-controlled color touchscreen - Material feeding system controlled by servo motor and ball screw - Vertical cutting system moving on a linear rail, driven by servo motor and ball screw - Variable cutting speeds: - Slow on material entry - Fast during cutting - Slow again on exit - Patented system eliminating saw blade backlash: - Eliminates vibration and resonance - Prevents saw blade breakage - Extends saw blade life - Saw speed variable between 20 – 100 rpm (inverter controlled) - Single-stroke feeding and cutting up to 1000 mm - Ability to cut up to 10 different lengths on the same material - High-performance gearbox suitable for continuous operation - Length accuracy of ±0.2 mm (may vary depending on the runout of the saw blade) Cutting Capacity (Tube & Profile) - Maximum saw blade diameter: 350 mm - Cutting angle: 90° Round Tube: - Min. Ø15 mm – Max. Ø90 mm Square Profile: - Min. 15 × 15 mm – Max. 80 × 80 mm Rectangular Profile: - Min. 15 × 15 mm – Max. 80 × 80 mm - Minimum Remnant Length: 120 mm Technical Specifications - Main Voltage: 400 V - Control Voltage: 24 V - Installed Power: 7.64 kW - Current: 26.6 A - Saw motor: 4 kW - Cooling oil pump: 0.09 kW - Air Pressure: 6 kg/cm² (240 l/min) - Saw Speed: 20 – 100 rpm (inverter controlled) - Cutting Angle Rotation: 90° Saw Blade Specifications - Saw Blade Diameter: 350 mm - Bore Diameter: 32 mm - Pin Holes: 2 × Ø11 - Coating Options: - TiN: Medium hardness steels - TiCN: High rigidity steels - TiAlN: Stainless steels Machine Dimensions & Weight Hedpfoyg H Nqox Aaloni - Width: 8800 mm - Depth: 2300 mm - Height: 2020 mm - Net Weight: 2750 kg - Gross Weight: 2790 kg

Condition: excellent (used), functionality: fully functional, machine/vehicle number: 057, New price ca 100 000.- EUR The Dynagrade equipment is a product for on-line strength grading of structural Hjdpfx Aou Dnf Iealjni timber (lumber), grades from C16 until C40 (most usual is C24) and TR26 for UK market . It is especially suitable for installation in sawmill sorting lines or planing mills or comparable plants where sawn (or planed) timber is transported by means of an existing cross-conveyor system. The grading is done with resonant frequency ("knocking" with hammer and measuring the sound frequency with microphones). Very high productivity, can handle up to 100pc/minute (400m/min if avg. length is 4,0m). Main prerequisites: Limber/timber size and length 1): Thickness 19-110 mm, Width 60-300 mm, Length 1200-7200 mm Sawn or planed surface Dried lumber/timber, cut to angle Required space: less than 1 meter (3 ft) of a transfer line with lugged chains (standard)