Used Precision Scale for sale (9,250)

Condition: repair required (used), Year of construction: 2012, functionality: not functional, machine/vehicle number: 103563, Technical characteristics: Knedpfx Asxvyk Eskiec Work Area: • Maximum clamping plate diameter: 260 mm • Maximum turning diameter: 260 mm • Maximum machining diameter: 220 mm • Maximum workpiece length: 110 mm • X-axis travel distance: 570 mm / X-axis rapid traverse: 60 m/min • Z-axis travel distance: 200 mm / Z-axis rapid traverse: 30 m/min • Y-axis travel distance: 40 mm / Y-axis rapid traverse: 30 m/min • Standard integrated automation (number of loading pockets by workpiece diameter: 14/(80...200 mm), 18/(30...160 mm), 30/(30...85 mm)) Main Spindle: • Spindle interface according to DIN 55026: Size 6 • Maximum spindle speed: 4,500 rpm • Spindle power (100% / 40% duty cycle): 18 / 27 kW • Spindle torque (100% / 40% duty cycle): 202 / 303 Nm Tool Turret with Live Tools: • Tool holders per DIN 69880: VDI40, 12 positions • Number of tool stations: 12 • Maximum tool length (including holder): 190 mm • Maximum speed (live tooling): 6,000 rpm • Maximum torque (duty cycle: 10% / 25% / 100%): 37 / 26 / 14 Nm Electrical Equipment: • Operating voltage: 400 - 480 V • Connected load: 42 kW Dimensions: • Overall dimensions: Length = 2,680 mm (3,820 mm with chip conveyor), Width = 2,040 mm, Height = 2,400 mm • Weight: 6,500 kg Main Features and Capabilities: • Vertical design for optimal chip disposal and easy loading/unloading • CNC control: Siemens Sinumerik 840D-sl • High precision: Positioning accuracy in X, Y, and Z axes ±0.001 mm with Heidenhain linear scales • Main spindle: High power and wide speed range • Automated loading/unloading: Parts are automatically loaded and removed via integrated automation • Live tooling: Enables drilling and milling operations in addition to turning • Chip conveyor Machine condition: NOT WORKING • Live tool drive motor removed from the machine • Main spindle defective – removed from the machine • Turret removed (coolant leaks through the turret's refrigeration circuit)

Condition: used, This listing is for the Spectrum Labs Krosflo Research 11 TFF System The unit is in full working condition and is ready for immediate use The KrosFlo® Research II TFF System by Spectrum Laboratories is a laboratory-scale filtration system designed for microfiltration and ultrafiltration applications. It is particularly suited for research and development processes involving volumes ranging from 2 mL to 15 L. The system is ideal for biotechnology, pharmaceuticals, and academic research laboratories where precise and controlled filtration processes are required. Ksdpexv Axxjfx Akijnc

Condition: repair required (used), Year of construction: 2016, functionality: not functional, machine/vehicle number: 107964, Technical characteristics: Work Area - Maximum diameter of the clamping plate: 160 mm - Maximum turning diameter: 160 mm - Maximum machining diameter: 100 mm - Maximum workpiece length: 150 mm - X-axis travel: 700 mm / Rapid traverse in X: 60 m/min - Z-axis travel: 375 mm / Rapid traverse in Z: 30 m/min - Standard enclosed automation (number of loading nests by workpiece diameter: 14/(80...200), 18/(30...160), 30/(30...85)) Main Spindle - Spindle interface according to DIN 55026: Size A5 - Maximum speed: 6000 rpm - Power at 100% / 40% duty cycle: 18.1 / 13.9 kW - Torque at 100% / 40% duty cycle: 77 / 59 Nm Tool Holder with Motorized Tools - Tool holders with cylindrical shank according to DIN 69880: 12 - BMT65 - Number of stations: 12 - Maximum tool length including holder: 190 mm - Maximum speed: 6000 rpm - Maximum torque at 10% duty cycle: 27 Nm, at 100% duty cycle: 14 Nm Electrical Equipment - Operating voltage: 400 - 480 V, 80 A - Connected load: 27 kVA Dimensions - Total dimensions: Length = 4350 mm with chip conveyor, Width = 1600 mm, Height = 2500 mm - Weight: 5500 kg Main Features and Capabilities: - Vertical Design: Enables optimal chip evacuation and easy loading/unloading. - CNC Control: GE Fanuc FS 32i B. - High Precision: Positioning accuracy on X and Z axes ±0.001 mm with Heidenhain linear scales. - Main Spindle: High power and wide speed range. - In-process Measurement: Equipped with Marposs T25 measuring probe. - Automated Loading/Unloading: Integrated automation for part loading and unloading. - Live Tooling: Capability for driven tools expands machining to drilling and milling operations. - Tool Life Monitoring: Sister tool management for tool life tracking. - Chip Conveyor - Fully Enclosed Work Area with Work Area Lighting Knodjxw Srkspfx Akiec - Documentation: Electronic available; hardcopy/incomplete book. Machine Status: NOT OPERATIONAL - Cooling pump x2 units - Live tool drive motor - Lubrication pump - Operator panel - touchscreen needs replacement - Hydraulic block valves x3 - Hydraulic loading door cylinder - Rotary joint - Lubrication pressure switch - Safety door, Euchner type

Condition: repair required (used), Year of construction: 2016, functionality: not functional, machine/vehicle number: 107965, Technical characteristics: Work Area - Maximum diameter of the clamping plate: 160 mm - Maximum turning diameter: 160 mm - Maximum machining diameter: 100 mm - Maximum workpiece length: 150 mm - X-axis travel path: 700 mm / Rapid traverse in X: 60 m/min - Z-axis travel path: 375 mm / Rapid traverse in Z: 30 m/min - Standard enclosed automation (number of loading nests in relation to part diameter: 14/(80...200), 18/(30...160), 30/(30...85)) Main Spindle - Spindle interface according to DIN 55026: Size A5 - Maximum rotational speed: 6000 rpm - Power at 100% / 40% duty cycle: 18.1 / 13.9 kW - Torque at 100% / 40% duty cycle: 77 / 59 Nm Tool Turret with Driven Tools - Tool shank as per DIN 69880: 12 positions - BMT65 - Number of positions: 12 - Maximum tool length including holder: 190 mm - Maximum speed: 6000 rpm - Maximum torque at 10% duty cycle: 27 Nm, at 100% duty cycle: 14 Nm Electrical Equipment - Operating voltage: 400 - 480 V, 80 A - Connected load: 27 kVA Dimensions - Total machine dimensions: Length = 4350 mm (with chip conveyor), Width = 1600 mm, Height = 2500 mm - Weight: 5500 kg Main Features and Capabilities: - Vertical construction: Optimized chip removal and easy loading/unloading - CNC controller: GE Fanuc FS 32i B - High precision: Axis positioning accuracy in X, Z ±0.001 mm (Heidenhain linear scales) Kedpfxoxw Svie Akijnc - Main spindle: High power and wide speed range - Process control: Marposs T25 measuring probe - Automated loading/unloading: Parts are loaded and removed via integrated automation system - Live tooling: Enables drilling and milling operations in addition to turning - Tool life monitoring with sister tool management - Chip conveyor & coolant filtration system Knoll with paper filter and 40 bar pumps (capable of filtering 2 machines) - Fully enclosed work area; integrated work lighting - Documentation: Available electronically; hardcopy manuals incomplete Machine status: NOT WORKING - Live tool drive motor - Safety locking mechanism (Euchner) for loading door - Turret drive motor - Turret motor driver - Lubrication pump - Hydraulic manifold (4x electrovalves) - Lubrication pressure system - Rotary union - Hydraulic cylinder for loading door - Spindle clamping/unclamping sensor

Condition: repair required (used), Year of construction: 2014, functionality: not functional, machine/vehicle number: 67137, Technical characteristics: Work Area - Maximum clamping plate diameter: 250 mm - Maximum turning diameter: 250 mm - Maximum machining diameter: 220 mm - Maximum workpiece length: 200 mm - X-axis travel: 886 mm / Rapid traverse X: 60 m/min - Z-axis travel: 250 mm / Rapid traverse Z: 30 m/min - Y-axis travel: -85/+100 mm / Rapid traverse Y: 30 m/min - Standard closed automation (number of loading stations by workpiece diameter): 14/(80...200), 18/(30...160), 30/(30...85) Main Spindle - Spindle (Weiss) per DIN 55026: Size A6 - Maximum speed: 5,500 rpm - Power at 100% duty cycle: 38 kW - Torque at 100% duty cycle: 300 Nm Secondary Spindle HSK63 - Spindle head size/type: HSK-A63 - Nominal speed: 2,700 rpm / Nominal power: 12 kW / Nominal torque: 42.4 Nm - Maximum speed: 15,000 rpm - Power at 100% duty cycle: 38 kW - Torque at 100% duty cycle: 300 Nm Tool Holder with Motorized Tools - Turret VDI40, Siemens-drive 0.5.440.220 (manufacturer: Sauter) - Number of stations: 12 - Live tool nominal speed: 3,000 rpm / Nominal torque: 33.1 Nm - Live tool maximum speed: 10,000 rpm / Nominal torque: 56.2 Nm - Live tool nominal power at 100% duty cycle: 10.4 kW Electrical Equipment - Operating voltage: 400 V, fused 100A GL - Connected load: 45 kW Dimensions - Overall dimensions: Length = 4,021 mm, Width = 4,709 mm, Height = 3,527 mm - Weight: 8,000 kg Main Features and Capabilities: - Vertical design for optimal chip evacuation and easy loading/unloading - Control system: Siemens 840D SL - High precision with Heidenhain linear scales for X, Y, Z axes - High-power main spindle (Weiss) with a wide speed range - High-power secondary spindle (Weiss), easily accessible for drilling/milling operations - Automated loading/unloading via integrated automation Knedpfexxi Urjx Akiec - In-process control probe: Marposs T25 - Live tooling for extended machining capabilities (drilling, milling, etc.) - Chip conveyor: Knoll - Coolant 'paper' filter unit & chiller: Knoll KF150/500 - Electrostatic mist filter: IFS type IFM1000 Machine status: NOT WORKING - Sauter turret replaced with new unit; assembly not complete – turret motor spindle installation still required - Operator panel safety switch needs replacement

Condition: repair required (used), Year of construction: 2006, functionality: not functional, machine/vehicle number: 00592, Technical Specifications: Work Area - Maximum clamping plate diameter: 200 mm - Maximum machining diameter: 130 mm - Maximum workpiece length: 110 mm - X-axis travel: 400 mm / Rapid traverse X: 60 m/min - Z-axis travel: 200 mm / Rapid traverse Z: 30 m/min - Standard closed automation (number of loading stations by workpiece diameter): 14/(80...200 mm), 18/(30...160 mm), 30/(30...85 mm) Main Spindle - Spindle to DIN 55026, Size 6 - Maximum speed: 7,500 rpm - Power at 100%/40% duty cycle: 18 / 27 kW - Torque at 100%/40% duty cycle: 202 / 303 Nm Tool Turret with Driven Tools - Tool shank DIN 69880: 12x VDI40 - Number of turret stations: 12 - Maximum tool length including holder: 190 mm - Maximum speed: 6,000 rpm - Maximum torque: 37 Nm (10% DC), 26 Nm (25% DC), 14 Nm (100% DC) Electrical Equipment - Operating voltage: 3x 400–480 V, 50A - Connected load: 31 kW Dimensions - Overall dimensions: L = 2,680 mm (3,820 mm with chip conveyor), W = 2,040 mm, H = 2,400 mm - Weight: 5,500 kg Main Features and Capabilities: - Vertical design for optimal chip evacuation and easy loading/unloading - Control: GE Fanuc Series 18i-TB - High precision: Positioning accuracy in X, Z, and Y axes ±0.001 mm with Heidenhain linear scales - Main spindle: High power and wide speed range - Automated loading/unloading: Integrated automation for part feeding and removal - Driven tools: Enables drilling and milling operations - Chip conveyor - Documentation: Electronic documentation unavailable, hardcopy/manual available Machine Condition: NOT OPERATIONAL - Driven tool motor defective Kodpjxwlbxsfx Akisnc - Driven tool gearbox defective

Condition: new, 6.0 mm ST 40 3.0 mm VA 30 - 140 Grad blade length 200 x 200 mm table: 900 x 990 mm work height max. 940 mm Punching capacity 35.0 in 6.0 mm ST 40 Throat / punching unit 135 mm engine output 4.0 kW weight 1020 kg range L-W-H 900 x 990 x 1200 mm Characteristics : - Notching with a burr-free cut, without deformation of the cut edges - Blades made of surface-hardened tool steel - Operation by means of a foot pedal, so both hands are free for the workpiece - Large dimensioned work table with built-in scales - T-slots for precise guidance of the swiveling stops - Protective cover in front of the cutting blade for high security scope of delivery - hydraulic Notching machine with adjustable angle & punching station - 1 set of cutting knives - Round punch with die 12 mm - 2 swiveling material stops - Plexiglas protective cover Kjdpfx Ajxcuybekionc - Foot pedal with emergency stop

Condition: good (used), Year of construction: 1981, functionality: fully functional, JOSTING EFS 2600 Veneer Shear Year of manufacture: 1981 S/N 9443 Manufacturer: JOSTING Maschinenfabrik GmbH & Co. KG Model: EFS 2600 Good condition Purpose: Precise cutting and trimming of veneer sheets and veneer bundles Technical specifications: Cutting length: 2,600 mm (effective cutting width) Material thickness: up to approx. 3 mm (depending on veneer type and condition) Drive: Electric motor drive via belt and eccentric shaft Cutting principle: Upper blade moves vertically against a fixed lower blade (guillotine cut) Blades: High-quality high-speed steel (HSS), ground and replaceable Feed mechanism: Manual or optionally pneumatic/hydraulic, depending on the model Table height: approx. 850 mm (ergonomic for Operator) Backgauge: Manually adjustable with scale; Optionally available with digital display or motorized adjustment Operation: Two-hand safety control with emergency stop button Foot pedal for the clamp on certain models Clamp: Mechanical or pneumatic, ensures precise fixation of the veneer stack Safety features: Two-hand operation Emergency stop Protective covers Electrical connection: 400 V / 3 Ph / 50 Hz Power rating: approx. 4–5 kW Weight: approx. 1,800–2,000 kg Knodpfx Aswmxmvjkiec Dimensions (L x W x H): approx. 3,400 x 1,300 x 1,700 mm Special features: Solid, torsion-resistant welded construction High repeatability for serial cuts Suitable for all common veneer types (beech, oak, maple, exotic woods, etc.) Areas of application: Veneer processing in joineries and Furniture factories Veneer production and sorting Interior and vehicle fittings (e.g., for yachts)

Year of construction: 2021, condition: used, Cerescon Sparter S121 – Autonomous Asparagus Harvesting Robot The Cerescon Sparter S121 is an advanced autonomous asparagus harvesting robot, designed to revolutionize labor-intensive harvesting processes. Developed with cutting-edge sensor technology and precision robotics, this machine enables efficient, high-quality, and selective harvesting of white asparagus. Key Features: - Automated Harvesting: Fully mechanized system reduces dependency on manual labor. - Selective Harvest Technology: Detects asparagus underground and harvests at optimal maturity stage. - High Precision Sensors: Advanced probe system identifies asparagus without damaging the crop. - Improved Product Quality: Harvesting below the surface prevents discoloration and ensures premium quality. - High Efficiency: Capable of continuous operation, significantly increasing harvesting capacity. - Track-Based Mobility: Designed for stable operation in agricultural field conditions. Technical Specifications: Kjdpfx Akjywugaoijnc - Model: Sparter S121 - Manufacturer: Cerescon B.V. - Machine Type: Autonomous asparagus harvesting robot - Nominal Power: Approx. 53.7 kW - Total Weight: Approx. 10,900 kg - Dimensions (L×W×H): Approx. 9200 × 2500 × 3300 mm Applications: Ideal for: - Asparagus farms and large-scale agricultural operations - Growers aiming to reduce labor costs - High-quality, precision harvesting environments More photos and full specifications: / * Model: Sparter S121 * Machine Type: Autonomous asparagus harvesting robot * Manufacturer: Cerescon B.V.

Condition: new, Number of sanding units 2 St. sanding width 290 mm Sanding height max. 180 mm LÖWER-DoubleSander Solid DSM 3000 ----- Two-sided single wood sander for sanding Solid wood such as window wood etc. Stable Top version with long casting tables, brushing and finishing device and conveyor belt feed. Suitable for high Permanent load even with higher chip removals. - Staggered sanding and finishing units at the top and below - directly driven rubberized sanding rollers for slip-proof free power transmission - Combined grinding via roller and shoe for high chip removal with a flat intervention zone at the same time - maintenance and wear-free CERMET-coated grinding wheels shoes with very good thermal conductivity and absolute Dimensional accuracy - External cooling of the grinding zones for cooler grinding and longer sanding belt service life - force-guided pneumatically controlled sanding belt oscillation - effective sanding dust extraction directly on the Grinding rollers - Airborne dust extraction on the tension rollers - Integrated brushing and finishing device with large Grinding dust extraction - motorized grinding thickness adjustment via precision threaded spindles and large-sized linear ball screws bearing sets on hardened and ground precision shafts with dust and dirt protection - Adjustment of the chip removal at the bottom via precision Threaded spindle with dimension display via scale ring (Resolution 0.1mm) - Sanding belt tension via pneumatic cylinder constant clamping pressure - Sanding belt change with pneumatic belt relaxation Within seconds - Adjustment option for the sanding belt run Band change - electro-pneumatic compressed air monitoring Knodpfxjyrty To Akioc - Anti-running protection via contact roller if it is too thick workpieces - Workpiece transport via calibrated non-slip and non-stick fixed conveyor belts over heavy, 1000mm long cast iron tables with a finely planed surface and spring-loaded Pressure rollers with fine adjustment - Cardan shaft drive for smooth and consistent Workpiece transport - Feed gear motor infinitely variable for quick adaptation to different types of wood - all motors electrically protected - Ergonomically arranged controls on the workpiece inlet side - digital thickness display (resolution 0.1mm) with modern Magnetic tape system Technical data: - Sanding belt speed 22 m/s - Sanding belt length 1800mm - Sanding belt width 300mm - Working width 290mm - Grinding thickness 2-180mm - two brake motors for 7.5 kW drive - Feed motor 1.0 kW - Feed speed 4-20 m/min. - automatic height adjustment 0.37 kW - two brush units of 0.37 kW each with fiber brushes D 120 x 300mm - Suction nozzles 2 x 120mm and 2 x 150mm - Pneumatic connection 6 bar - Working height 850mm - Length 2105mm - Length with control panel 2490mm - Width 980mm - Height 1910mm - Weight approx. 1650 kg - Operating voltage 400 volts, 50 Hz, 3P - CE version ----- Price of the above machine on request! ----- Special accessories with additional costs: Workpiece blow-off - using nozzles from above and below at the machine outlet arranged, pneumatically controlled Sanding belt blowout via nozzles directly on the radii of the tension rollers inside the suction arranged, timer controlled on/off 5 seconds each, can be switched on separately Disc unit for defibering - two gr...

Condition: used, TECHNICAL DETAILS - axes number : 3 CAPACITY - machining diameter : 250 [mm] - travels (X/Z) : 1600 / 300 [mm] - rapid feeds (X/Z) : 60 / 30 [m/min] Ksdpfx Asuhbfyokisnc SPINDLE - spindle nose : DIN55026 - size 6 - power : 18 / 22 [kW] - torque : 202 / 250 [Nm] - speeds : 0 - 6.000 [rpm] - indexing precision axis C : 0,001 [°] TURRET - number of positions : 12 - tool holders : VDI40 - number of rotary positions : 12 - rotary tools speed : 6.000 [rpm] - rotary tools power : 8,5 [kW] MILLING HEAD - number of spindles : 6 - 5 HSK 50 spindles upon Ø : 107,95 [mm] - 1 HSK40 spindle : at center ELECTRICAL SUPPLY - voltage : 400 [V] - installed power : 45 [kW] DIMENSIONS - floor space : 4.550 x 2.810 [mm] - height : 3.600 [mm] - weight : 10.000 [kg] EQUIPMENT - control CNC SIEMENS 840D-sl - 3 colors status lamp - linear scales : HEIDENHAIN - automatic part loader with conveyor - chips conveyor - coolant tank * with pump 10 bars * with washing gun - coolant through spindle - IFS mist separator - collection of parts supports - collet chuck - 3 live tool-holders

Condition: new, Basic TWO Blasting Container – A New Standard in Sandblasting Introducing the SAPI Basic TWO Blasting Container—a true milestone in the sandblasting industry, designed with dual-container space to maximize functionality and efficiency. With its spacious layout and innovative features, this advanced sandblasting solution is perfect for professionals who need more room for their work without compromising on quality and performance. The Ideal Solution for Maximum Efficiency For companies seeking a comprehensive, practical, and high-quality sandblasting solution, the SAPI Basic TWO Blasting Container is the perfect choice. With its exceptional features and thoughtful design, it raises productivity and quality to a new level in the sandblasting industry. More Than Just a Container – A Complete Professional Solution The SAPI Basic TWO Blasting Container offers the perfect balance of space, functionality, and cutting-edge technology. Thanks to its innovative design and premium features, it is not just a simple container—it’s a fully operational solution that takes sandblasting to the next level of efficiency, effectiveness, and safety. Whether for large-scale projects with demanding requirements or precise detail work, this system provides the space, tools, and technology needed to complete the job efficiently, safely, and professionally. Key Features ✔ Spacious Blasting Area & Technical Room – The dual-container design provides ample workspace for sandblasting while ensuring a separate technical room for optimized workflow and easy equipment access. ✔ Plug-and-Play Convenience – The SAPI Basic TWO Blasting Container is designed for ease of use, requiring minimal setup so you can start blasting immediately. ✔ Enhanced Air Quality – Equipped with the SAPI Air Filter, the container ensures a cleaner and healthier work environment by effectively controlling dust and airborne particles. ✔ Dual Cleaning Modes with 5kW Abrasive Vacuum Turbo Cleaner – Efficient handling of abrasive recovery and cleaning with two modes for maximum flexibility and control during operation. ✔ Durable, Rubber-Coated Walls – The interior walls are lined with heavy-duty rubber, ensuring resistance to intensive sandblasting operations while extending the lifespan of the workspace. Kjdpfeupzt Uex Akijnc ✔ Bright & Well-Lit Work Areas – Three high-powered LED lights are strategically placed to provide optimal visibility, ensuring precision and safety during sandblasting. ✔ Robust Premium 200-Liter Sandblasting System with Cyclone Cleaning – The powerful 200-liter system enables efficient and continuous blasting, while the integrated cyclone cleaning system improves abrasive quality, reduces waste, and boosts productivity. Blasting Room Dimensions ✔ Depth: 4.40 m ✔ Total Width: 2.25 m ✔ Total Height: 2.65 m

Condition: new, Year of construction: 2026, Tilting Swivel Machine Vice 125 mm QHK125 – Precise Angular Workpiece Clamping Machine vices are a key component of any machining workstation where workpiece stability and accurate positioning are essential. The QHK125 model features a unique tilting and swivelling cradle design, making it highly functional for angled machining operations. Ideal as a vice for bench drills, milling machines, and grinders, especially for applications requiring unusual workpiece positioning. Its robust cast iron construction combined with swivel and tilt capabilities ensures flexibility, precision, and safe operation. Main advantages of the QHK125 machine vice Tilting and swivelling cradle design – allows simultaneous angular positioning in two planes. Precision 360° graduated scale – enables accurate workpiece positioning in 1° increments. Solid cast iron construction – provides stability, rigidity, and long service life. High clamping force of 3000 kg – ensures secure holding of workpieces during heavy-duty and precision machining. Protected lead screw – shields the mechanism from chips and coolant, extending service life. Removable swivel base – allows the vice configuration to be adapted to specific machining requirements. Design and technology The QHK125 is an industrial-grade swivel machine vice designed for precise and safe angled machining operations. The body and movable jaw are manufactured from high-quality cast iron, providing excellent resistance to twisting forces and vibrations. The tilting mechanism, based on a cradle construction, ensures stable maintenance of the selected angle. The lead screw is protected by a cover, preventing contamination and wear, which helps maintain smooth operation over a long service period. Precision and work efficiency The tilting cradle vice allows the workpiece to be rotated and inclined in multiple planes without removing it or changing the vice position on the machine table. This design significantly reduces setup time and enables complex machining operations without the need for additional fixtures. The rigid and stable construction ensures high accuracy even during demanding milling and grinding operations. Applications The QHK125 vice is suitable wherever precise angular positioning of the workpiece is required. It is recommended for: Conventional and CNC milling machines – for angular and face machining operations. Grinding machines – allowing accurate positioning of surfaces at the required angle. Bench drills – ideal for drilling inclined holes. Toolrooms and single-piece production environments – offering high versatility for precision tasks. Standard equipment Tilting cradle machine vice with body and movable jaw Swivel base with 360° graduated scale Tilting cradle mechanism Covered lead screw Technical specifications – Tilting Swivel Machine Vice 125 mm Parameter Value Jaw width (S) 125 mm Kodpfovxgh Tox Akisnc Maximum jaw opening (am) 125 mm Jaw height (h) 50 mm Base width (A) 244 mm Mounting hole diameter (D) 18 mm Total height (H) 195 mm Total length (L) 420 mm Clamping force 3000 kg Weight 33 kg

Condition: new, Year of construction: 2026, Rotary machine vice QH200 200 mm – precise clamping for professional applications Machine vices are essential equipment for any machining workstation where accuracy, stability, and durability are required. The QH200 rotary machine vice, with a 200 mm jaw width, is a robust and versatile solution designed for use with milling machines, drill presses, grinders, and shaping machines. Thanks to its 360° swivel base with 1° graduation, the operator has full control over workpiece positioning relative to the cutting tool, significantly improving machining precision and working comfort. Main advantages of the QH200 machine vice Rigid cast iron construction – provides excellent resistance to deformation and effectively dampens vibrations. 360° swivel base – with 1° graduation, enabling fast and precise angle adjustment. High clamping force of 3500 kg – ensures secure workpiece holding even during heavy-duty machining. Protected lead screw mechanism – shielded against chips and contaminants, increasing durability and reliability. Removable swivel base – allows use as either a fixed or rotary machine vice. Construction and technology The QH200 machine vice is manufactured from high-quality cast iron components. The body and movable jaw design provide excellent rigidity and resistance to overloads. The lead screw mechanism is enclosed and protected against metal chips and coolant, ensuring long-term protection of precision working surfaces. Carefully developed geometry and accurately machined contact surfaces guarantee reliable and precise clamping in accordance with industrial requirements. Knjdpjvxgi Dofx Akiec Precision and work efficiency The precise rotary mechanism allows quick adjustment of the clamping angle without repositioning the entire machine. This feature significantly reduces setup time and improves efficiency during both single-piece and serial production. The high clamping force enables safe machining of even hard materials without the risk of workpiece movement. Applications The QH200 rotary machine vice is designed for professional use in: industrial machining plants, tool rooms, metalworking workshops. It is ideal as: Drill press vice – for accurate and repetitive drilling operations. Milling machine vice – for stable clamping during side and face milling. Grinding machine vice – for machining flat and angled surfaces. Universal workshop vice – for production and maintenance applications. Standard equipment Vice body and movable jaw made of high-quality cast iron Angular scale from 0–360° with 1° increments Removable swivel base Protected lead screw mechanism Optional equipment Soft and hard jaw inserts for non-standard workpieces Mounting elements adapted to specific machine types Technical specifications – QH200 machine vice Parameter Value Jaw width (S) 200 mm Maximum opening (am) 160 mm Jaw height (h) 63 mm Body height (H1) 140 mm Total height (H) 178 mm Base width (A) 240 mm Overall length (L) 480 mm Length without base (L1) 445 mm Mounting hole diameter (D) 18 mm Clamping force 3500 kg Weight 41 kg

Condition: new, Year of construction: 2026, Machine vice QH80 80x68 mm – compact precision and strong clamping in one solution The QH80 machine vice is a precision clamping tool that combines compact dimensions with high clamping force and excellent stability. It is designed for workshop applications where reliability, quick operation, and accurate workpiece positioning are essential. Thanks to its robust construction and versatile functionality, the QH80 can be used as a drill press vice as well as a supporting tool for grinders and milling machines. Main advantages of the QH80 machine vice 360° swivel base with 2° graduation – enables precise positioning of the workpiece relative to the tool. High-rigidity cast iron body – provides resistance to deformation and vibration during machining. Compact dimensions – ideal for machines with limited working space. Kjdpfxjvxgnys Akijnc Protected lead screw mechanism – protection against chips and contaminants extends the service life of the clamping system. Clamping force of 1500 kg – ensures stable workpiece holding even during intensive machining. Construction and technology The QH80 machine vice is manufactured from high-quality cast iron castings, ensuring excellent rigidity and machining accuracy. The body and working jaws are designed for durability and reliable operation, even with repeated clamping cycles. The swivel base allows the vice to rotate through 360°, making it easy to position the workpiece at the required angle without removing it from the vice. Additionally, the use of a robust M10 lead screw with precise guidance ensures smooth and secure clamping of the workpiece. Precision and work efficiency Despite its compact size, the QH80 provides professional-level accuracy. The precise angular scale and stable base allow the operator to accurately align the workpiece with the machining axis. A 30 mm jaw height and 68 mm jaw opening make it ideally suited for small and medium-sized components commonly used in tool rooms, prototype workshops, and maintenance departments. Applications The QH80 machine vice is an excellent choice for professionals looking for a reliable and precise clamping solution for light and medium machining operations. It can be used as: Drill press vice – for accurate drilling of small components. Rotary machine vice – for milling machines, grinders, and shaping machines. Auxiliary clamping tool – for manufacturing plants, metalworking workshops, and maintenance departments. Standard equipment Machine vice with cast iron body 360° swivel base with graduated scale Clamping mechanism with M10 lead screw

Condition: new, Sand Gravel Fabrication Plant: Essential Solution for Modern Construction Needs In the construction and infrastructure industry, high-quality sand and gravel are critical raw materials for creating concrete, asphalt, and other foundational elements. A Sand Gravel Fabrication Plant is the cornerstone of producing these materials efficiently and at scale. With advanced technology, versatility, and scalability, these plants cater to a wide range of projects, ensuring consistent quality and meeting the growing demand for construction materials. Ksdpfx Akevlwqleijnc This article explores the general introduction, features, and applications of sand gravel fabrication plants, including both stationary and mobile systems. General Introduction to Sand Gravel Fabrication Plants A sand gravel fabrication plant is a specialized facility designed to process raw materials such as sand, gravel, and aggregates into construction-grade products. These plants combine various equipment, including crushers, screens, conveyors, washers, and storage units, to convert raw materials into ready-to-use aggregates. There are two primary types of sand gravel fabrication plants: Stationary Fabrication Plants: Fixed installations designed for high-capacity production. Ideal for large-scale operations and long-term projects. Mobile Sand Gravel Fabrication Plants: Portable systems that can be transported to different project sites. Perfect for temporary operations and projects in remote locations. Both types are equipped with advanced machinery and automation systems to ensure high efficiency, precision, and sustainability. Applications of Sand Gravel Fabrication Plants Sand gravel fabrication plants are indispensable across multiple industries due to their ability to produce high-quality aggregates. Key applications include: 1. Construction and Infrastructure Produces sand and gravel for concrete, asphalt, and base materials. Supports large-scale infrastructure projects such as highways, bridges, airports, and railways. 2. Residential and Commercial Development Supplies aggregates for building foundations, driveways, landscaping, and drainage systems. Plays a vital role in residential housing and commercial property construction. 3. Road Construction Provides high-quality crushed stones and sand for roadbeds, pavements, and highways. Ensures durability and longevity of road surfaces. 4. Mining and Quarrying Efficiently processes mined materials into usable aggregates. Enhances productivity in quarrying operations with optimized material handling systems. 5. Environmental Restoration Supplies aggregates for erosion control, land reclamation, and shoreline protection projects. Facilitates sustainable environmental rehabilitation efforts. 6. Recycling of Construction Waste Mobile sand gravel fabrication plants are ideal for recycling concrete and asphalt. Converts waste materials into usable aggregates, reducing landfill burden and promoting sustainability. Stationary vs. Mobile Sand Gravel Fabrication Plants Stationary Fabrication Plants Best For: Long-term, large-scale projects and industrial operations. Advantages: High-capacity production. Robust and durable structures. Advanced automation for minimal manual intervention.

Condition: new, Year of construction: 2025, functionality: fully functional, Aberlink's Horizon CNC Coordinate Measuring Machine (CMM) sets new standards in metrology by using frictionless linear drives that ensure fast, smooth and silent movements. This technology minimizes wear and increases reliability, which reduces maintenance. The granite base and Y-axis rail make the most of the thermal stability of this material to ensure precise measurements. The Horizon CMM is available in a range of sizes, with travels of X 800 mm, Y 1000 or 1600 mm and Z 600 mm, to suit different measurement requirements. Volumetric accuracy is (1.8 + L/350)µm with the TP20 probe, (1.7 + L/350)µm with the TP200 probe and (1.5 + L/350)µm with the SP25M scanner. The scale resolution is 0.1µm. Thanks to the user-friendly Aberlink 3D measurement software, the training time is minimal, so that precise measurements can be carried out even without prior knowledge. Free software updates ensure that the system is always up to date. Knedpfx Aovwa Udjkioc

Condition: new, Year of construction: 2026, functionality: fully functional, Precision cross table with screw protection cover A precision cross table equipped with a screw protection cover. The sliding guides, manufactured using a dovetail design, significantly improve table rigidity and allow for effective elimination of play in the feed movements. Cross table description The cross table is manufactured from high-quality materials, ensuring durability and reliable operation. Knjdpfx Akovu Tqysiec It is an ideal accessory for drilling machines, milling machines, and similar equipment, providing precise positioning during boring and drilling operations. The screw protection cover prevents chips and debris from entering the feed mechanism. An additional advantage of the table is the integrated scale, which allows constant monitoring of the table position along the X and Y axes. Vernier scale: 2.0 mm / 0.01 mm

Condition: new, Year of construction: 2026, tube bender R 1 ZOPF - without bending tooling - with foot pedal and emergency stop - without tooling - control unit - 100 programs of 9 bends each - precise electronic control of C-shaft - manual and automatic bending mode - bending angle and springback angle are programmable by means of a microprocessor - rapid engagement and disengagement of the tooling - scale for counterbending holder - movable - dimensions 930x410x1000 mm - weight 280 kg - motor 1,5 Kw Knjdpfsfiqntox Akiec - 220 volt single phase - bending radius R55 - R340 mm - bending capacity of tube Ø 5 mm to 50 mm - max. Bending angle of 210 °

Condition: new, Year of construction: 2026, 540×250 Surface Grinder (MYS1022) is a compact machine designed for precision grinding of small and medium-sized metal components. Its robust construction and advanced technologies ensure high machining accuracy and reliable operation in demanding industrial environments. Main advantages of the 540×250 (MYS1022) surface grinder The 540×250 (MYS1022) magnetic surface grinder is an ideal solution for industrial facilities requiring precise machining in a compact format. Designed for professional users, it combines advanced technologies such as hydraulic feed in two axes and precision guideways with a solid construction, ensuring reliability and high machining efficiency. Its compact dimensions and high accuracy make it an excellent choice for smaller workshops and production facilities where space is limited. Kedekkcm Uepfx Akionc Key benefits include: High grinding precision – maximum grinding area of 540 × 240 mm and transverse feed accuracy of 0.02 mm ensure excellent surface finishing quality. Compact construction – dimensions of 1800 × 1400 × 1800 mm and a weight of 900 kg allow easy installation in smaller production facilities. Smooth hydraulic feed system – two-axis feed system enables precise movements with transverse speed up to 600 mm/min, ensuring efficient machining. Stability and durability – robust construction with double guideways minimizes vibrations, guaranteeing stable operation during intensive use. Easy maintenance – centralized guideway lubrication reduces manual maintenance requirements and increases machine availability. Ready for operation – the machine is fully equipped for immediate production, minimizing setup and downtime. Machine design and technology Robust construction and precision components The MYS1022 surface grinder features a heavy-duty construction weighing approximately 1000 kg, providing excellent stability during machining operations. Hardened and ground linear guideways eliminate vibrations, ensuring smooth table movement and high-quality surface finishes. The spindle, driven by a 1.5 kW motor, operates with a grinding wheel measuring 200 × 20 × 32 mm, enabling efficient processing of various metal materials. Technical specifications Parameter Value Table dimensions 500 × 250 mm Longitudinal / transverse travel 560 × 260 mm Maximum grinding area 540 × 240 mm Maximum distance from table to spindle centerline 490 mm Table guideways Double guideway Transverse movement per vernier scale division 0.02 mm Transverse movement per handwheel revolution 2.5 mm Vertical movement per vernier scale division 0.01 mm Manual vertical movement per handwheel revolution 1.25 mm Grinding wheel dimensions 200 × 20 × 32 mm Grinding wheel speed 2850 rpm Main motor power 1.5 kW Hydraulic oil tank capacity 80 L Hydraulic pump motor power 1.5 kW Coolant pump motor power 40 W Machine dimensions 1800 × 1400 × 1800 mm Weight 1000 kg Standard equipment Magnetic table Grinding wheel Grinding wheel holder Cooling system Chip separator with magnetic filter Halogen lighting system Technical documentation (DTR) CE declaration

Condition: new, functionality: fully functional, Year of construction: 2025, control type: CNC control, degree of automation: automatic, actuation type: electric, laser type: fiber laser, laser source manufacturer: Maxphotonics, laser power: 3,000 W, sheet thickness (max.): 20 mm, working length: 1,300 mm, working width: 1,300 mm, travel distance X-axis: 1,300 mm, travel distance Y-axis: 1,300 mm, travel distance Z-axis: 100 mm, cutting speed: 8,000 mm/min, positioning accuracy: 0.05 mm, repeat accuracy: 0.02 mm, workpiece weight (max.): 300 kg, power: 1 kW (1.36 HP), type of cooling: water, overall weight: 1,900 kg, total length: 2,985 mm, total width: 2,160 mm, total height: 2,000 mm, warranty duration: 12 months, Equipment: CE marking, centralized greasing system, cooling unit, documentation/manual, dust extraction, emergency stop, fume extraction, nozzle changer, safety light barrier, SENFENG SF1313G compact fiber laser cutting machine – available from Germany The SENFENG SF1313G is a compact fiber laser cutting machine with a single table for precise and efficient sheet metal processing. With a working area of 1300 × 1300 mm and a laser power of up to 6 kW, it is ideally suited for workshops, job shops, and manufacturing companies looking for a space-saving and high-performance laser cutting solution. The machine is particularly suitable for small and medium-sized sheet metal parts, prototype production, and flexible small and medium-scale production. It can process stainless steel, structural steel, aluminum, copper, galvanized sheet metal, nickel, and other metal materials. The fully enclosed design increases operator protection and reduces laser radiation, smoke, and dust. The side-pull-out work table facilitates loading and unloading. The zone-based extraction system supports a clean working environment during the cutting process. The SF1313G features a reinforced, welded machine bed and a high-strength aluminum beam. This construction ensures stable operation, good dynamics, and reliable cutting accuracy. With an X/Y positioning accuracy of ±0.05 mm, a repeatability of ±0.02 mm, and a maximum speed of up to 100 m/min, the machine offers precise and efficient cutting performance in daily use. Key technical data: • Working area: 1300 × 1300 mm • Laser power: up to 6 kW Knodpfoiqnv Dsx Akiec • X/Y positioning accuracy: ±0.05 mm • X/Y repeatability: ±0.02 mm • Maximum speed: up to 100 m/min • Fully enclosed design • Side-pull-out work table • Zone-based extraction system • Automatic adjustment of auxiliary gases • TÜV-CE certified Typical applications include metal processing, mechanical engineering, advertising technology, household appliance production, elevator components, automotive parts, refrigeration equipment, and general sheet metal processing. The machine is currently in the warehouse of SENFENG Germany and is available for short-term delivery. SENFENG Germany has its own after-sales team and offers local installation, commissioning, operator training, and technical service. In addition, SENFENG Germany maintains a local spare parts warehouse to enable rapid service support and reduce potential downtime. The SF1313G is an economical solution for customers looking for a compact machine, high cutting precision, reliable performance, TÜV-CE certification, and strong local service in Germany.

Condition: used, Year of construction: 2014, functionality: fully functional, The SASA 1000-liter cooking cell is an essential solution for improving your cooking processes in industrial environments. Designed in 2015, this machine combines performance and robustness to meet the demands of the most demanding production environments. Its stainless steel construction offers exceptional durability while facilitating cleaning and maintenance. Equipped with a powerful 27 kW steam generator, it ensures even heat distribution for precise and uniform cooking. This allows you to process a wide range of food products with complete confidence. Furthermore, its 400V three-phase + ground 50Hz power supply guarantees compatibility with standard industrial electrical installations. Its large 1000-liter capacity allows you to handle large production volumes, increasing productivity and reducing downtime. By incorporating advanced technologies, this cooking cell not only optimizes energy efficiency but also ensures maximum safety for operators. As a result, it helps reduce operational costs while improving the overall efficiency of your production line. Knsdpfxeu H Ux He Akijc Furthermore, its ergonomic design facilitates daily use. Intuitive controls allow operators to quickly master its operation, thus improving operational efficiency. Finally, easy access to essential components simplifies maintenance, extending the equipment's lifespan. Technical Specifications: Vacuum capacity: 1000 liters for large-scale production. Steam generator: 27 kW power for even cooking. Power supply: 400V three-phase + ground 50Hz for standard installation. Construction material: Stainless steel for increased durability. Year of manufacture: 2015, guaranteeing the latest technology. Gpm8Rofc

Condition: new, Year of construction: 2026, power: 7.5 kW (10.20 HP), Batch ball mills find applications in various industries where the processing of materials in discrete batches is required. The versatility of batch ball mills makes them suitable for a range of applications. Here are some common batch ball mill applications: 1. Ceramics Industry: - *Glaze Preparation:* Batch ball mills are extensively used in the ceramics industry for preparing glazes. Raw materials such as feldspar, quartz, and clay are ground with ceramic balls to achieve the desired particle size for glaze formulation. 2. Chemical Industry: - *Material Grinding:* Batch ball mills are used for grinding and blending various chemical materials. This includes the production of pigments, dyes, and other specialty chemicals where precise particle size control is crucial. 3. Pharmaceuticals: - *Drug Formulation:* In pharmaceutical manufacturing, batch ball mills are used for grinding and blending powders to create drug formulations. The controlled environment provided by these mills is essential for maintaining the integrity of pharmaceutical compounds. 4. Food Industry: - *Ingredient Mixing:* Batch ball mills may find application in the food industry for mixing and grinding ingredients. This can include the production of food additives, flavorings, and other powdered or granular products. 5. Mining and Minerals Processing: - *Ore Grinding:* Batch ball mills are used in mining and minerals processing for grinding minerals and ores. The controlled grinding helps in obtaining the desired particle size for subsequent processes, such as mineral separation or extraction. 6. Paints and Coatings: - *Pigment Dispersion:* In the paints and coatings industry, batch ball mills are employed for dispersing pigments into paint formulations. Achieving a uniform particle size is crucial for the quality and appearance of the final coating. 7. Building Materials: - *Raw Material Grinding:* Batch ball mills are used in the preparation of raw materials for the production of building materials, such as cement and concrete. Grinding of materials like limestone and clay helps in obtaining the desired fineness for subsequent processes. 8. Electronic Materials: - *Ceramic Powder Processing:* In the electronics industry, batch ball mills can be employed for processing ceramic powders used in the production of electronic components and insulating materials. 9. Research and Development: - *Material Testing:* Batch ball mills are often used in research and development laboratories for testing and optimizing material formulations. They provide a controlled environment for small-scale processing and experimentation. Kedjq I N H Nepfx Akienc 10. Customized Applications: - *Specialized Processes:* Batch ball mills can be adapted for various specialized processes in different industries where precise grinding and mixing are required. Custom modifications can be made based on specific application requirements. When using a batch ball mill, it's important to consider factors such as the type of material being processed, desired particle size, and the specific requirements of the end product. Additionally, following the manufacturer's guidelines and maintaining proper operating conditions are essential for efficient and effective milling processes. Technical details We have different options for different requirements, please contact our team for more info.

Condition: new, Year of construction: 2026, CORMAK ZS-40HS Pillar Drill The CORMAK ZS-40HS is an advanced pillar drilling machine for metalworking, designed for intensive industrial use. Featuring a hardened gear transmission system, large drilling capacity, and tapping capability up to M32, this model is a reliable solution for manufacturing plants, metalworking shops, and maintenance departments. Key Advantages Large drilling capacity – up to 40 mm – suitable for machining a wide range of materials and thicknesses. Tapping function with automatic spindle reversal – enables fast and efficient thread cutting up to M32. Precision oil-bath gearbox – 6 spindle speeds provide optimal speed adjustment (95–1600 rpm) for various machining operations. Rotating head with height adjustment – increases flexibility and allows drilling at different angles. Rigid 115 mm diameter column – ensures excellent stability even under maximum load. Large worktable with height adjustment and vise mounting capability – facilitates machining of large workpieces. Construction and Technology The CORMAK ZS-40HS industrial drill press is built with heavy-duty cast iron components and a reinforced 115 mm diameter column, ensuring maximum rigidity and vibration reduction. The transmission system is based on hardened, precision-ground gears, providing exceptional durability and reliable power transmission. The 120 mm spindle travel and MT4 spindle taper allow the use of a wide range of drill bits and tapping tools. Precision and Performance The CORMAK ZS-40HS metalworking pillar drill offers high drilling accuracy and repeatability thanks to its mechanical gearbox and precision handwheel with depth scale. Flexible adjustment of both the drilling head and worktable height allows the machine setup to be tailored to specific machining requirements. The powerful motor (1.1 kW continuous duty S1, 1.6 kW intermittent duty S6) ensures efficient operation even when drilling large diameters. Applications The CORMAK ZS-40HS column drilling machine is designed for industrial applications, particularly in: Manufacturing and processing plants Metalworking workshops Maintenance departments Knjdpjriduxsfx Akiec Tool rooms Technical schools and training centers Standard Equipment 16 mm drill chuck MT4 arbor MT3 and MT2 reducing sleeves Drift key for arbor removal Worktable with mounting T-slots Handwheel with depth scale for drilling depth control Technical Specifications Parameter Value Maximum drilling capacity 40 mm Maximum tapping capacity M32 Spindle taper MT4 Spindle travel 120 mm Column diameter 115 mm Spindle speed range 95–1600 rpm Number of speeds 6 Worktable dimensions 575 × 354 mm Base dimensions 385 × 330 mm Motor power S1: 1.1 kW / S6: 1.6 kW Power supply 400 V / 50 Hz Overall height 2100 mm Weight 350 kg

Condition: new, Year of construction: 2026, CORMAK ZS-40B Industrial Pillar Drill The CORMAK ZS-40B is a technologically advanced industrial pillar drilling machine designed for intensive metalworking applications in workshops and production facilities. Equipped with a precision oil-bath gearbox, automatic vertical feed, and tapping functionality, the CORMAK ZS-40B metal drill press delivers reliability, efficiency, and outstanding drilling and threading performance. Key Advantages Automatic vertical feed – three feed rates (0.12, 0.18, and 0.25 mm/rev) allow optimal adjustment of cutting parameters to suit different materials. Tapping function with automatic spindle reversal – enables efficient internal thread cutting up to M32 without operator intervention. Oil-bath gearbox with hardened and ground gears – ensures smooth, quiet operation and long service life of the drive system. Rigid 115 mm diameter column – minimizes deflection and vibration, resulting in higher machining accuracy. Large rotating worktable with height adjustment – allows machining of large and irregularly shaped workpieces. Integrated cooling system as standard – improves drilling quality, extends tool life, and reduces the risk of overheating. Construction and Technology The CORMAK ZS-40B industrial drill press is engineered for continuous operation in demanding production environments. At its core is a mechanically driven gearbox lubricated in an oil bath, providing stable and reliable power transmission. The MT4 spindle taper accommodates a wide range of drilling and tapping tools, while the high rigidity of the spindle head and column assembly ensures precise hole machining. A transparent plexiglass chuck guard enhances operator safety while maintaining full visibility of the machining area. Precision and Productivity The automatic feed system enables repetitive drilling operations without operator fatigue, significantly improving productivity in serial production. The spindle speed range from 95 to 1600 rpm, combined with six gearbox speeds, allows precise adjustment of machining parameters to match the material and tooling requirements. A precision handwheel with depth scale provides accurate control over drilling depth. Applications The CORMAK ZS-40B drill press with tapping function is an ideal solution for: Manufacturing and assembly plants Mechanical and metalworking workshops Maintenance departments Tool rooms and training centers Standard Equipment Ksdpsridv Sefx Akijnc 16 mm drill chuck MT4 arbor MT3 and MT2 reducing sleeves Drift key for arbor removal Worktable with mounting T-slots Handwheel with depth scale for drilling depth control Cooling system with pump Plexiglass spindle guard Handwheel with graduated scale Technical Specifications Parameter Value Maximum drilling capacity 40 mm Maximum tapping capacity M32 Spindle taper MT4 Column diameter 115 mm Distance from spindle axis to column 260 mm Maximum spindle-to-table distance 754 mm Maximum spindle-to-base distance 1270 mm Spindle speed range 95–1600 rpm Number of speeds 6 Automatic feed rates 0.12 / 0.18 / 0.25 mm/rev Worktable dimensions 354 × 575 mm Overall height 2120 mm Motor power 1.1 kW (S1) / 1.6 kW (S6) Power supply 400 V / 50 Hz Weight 410 kg