BOMAR Individual 520.360 GANC

BOMAR Individual 520.360 GANC

Condition: like new (used), Year of construction: 2022, 600 kg load capacity, height-adjustable welding rotary table with through-hole, 100–200 mm Plate diameter: 700 mm Horizontal height: min. 0.65 m, max. 1.25 m Klodsd Anz Rspfx Anyeu Tilted height: min. 0.45 m, max. 0.95 m Speed: 0.01–1.1 rpm Tilt angle up to 135° Hand and foot remote control with speed display Very robust

Condition: like new (used), Year of construction: 2000, operating hours: 33,831 h, travel distance X-axis: 1,250 mm, travel distance Y-axis: 880 mm, travel distance Z-axis: 800 mm, controller model: '3D contouring control Millplus, workpiece weight (max.): 1,000 kg, total length: 7,000 mm, total width: 3,500 mm, overall weight: 3,902 kg, spindle speed (min.): 18,000 rpm, spindle motor power: 15,000 W, Year of construction: 2000 CNC controller: '3D contouring control Millplus Axes X-axis travel mm: 1250 Y-axis travel mm: 880 Z-axis travel mm: 800 C-axis degrees: 360º (0,001) Feed rates m/min: 40 Rapid traverse m/min: 40 Milling/turning table nc: Number of pallets: 1 Table dimensions mm: Ø1000 Max. workpiece weight kg: 1000 max. torque Nm: 7900 Spindle Spindle speed rpm: 18000 Spindle drive power kW: 15/10 (40%ED/cont) Cooling Tank capacity: 600 Tool system Tool holder: CAT 40 Tool magazine slots: 60 Tool changer: Doeble gripper Equipment Electronic Handwheel Chip conveyor Internal cooling lubricant supply Rotating inspection windows Rinsing gun Preapared for RENISHAW sonde Accuracy package Ready for internal cooling (40/80 bar) Paper band filter Machine running times Under power: 33831 Spindle Working: 6328 Rated power kVA: 55 Basic machine dimensions / weight Length mm: 7000 Kodpfx Anexvrbisyelu Width mm: 3500 Height mm: 3902

Year of construction: 2001, condition: like new (used), Double-aggregate grinder, two lower aggregates 2 x7.5 kW main power, 4 kW feed, lifting and lowering 2 kW, the machine after renovation, conveyor belt in very good condition. New graphite shoe. The machine has two aggregates from the bottom, contact rollers rubber first shaft second Combi system with graphite runner. Working width 630 mm. Two feed speeds slower faster. Length of grinding belt 1900 mm. Pneumatic oscillation. Tensioning the belts pneumatically. Speed of grinding belt 18 m / s. grinding shoes 1. Declaration of conformity CE power 21 kW nominal whole. Machining height 160 mm. Maszyan has two lower working shafts. Transport tape top system. Klsdpfx Asfxpbmsnyou

Condition: refurbished (used), Year of construction: 2011, Used automatic hydraulic bandsaw for metal MEP SHARK 332 NC EVO Blade dimensions: 3320x27x0.9mm Mitre angle: from 45° to +60° Kljdoul Svlepfx Anyeu Operating modes: manual, semi-automatic dynamic, semi-automatic, automatic Cutting speed: 15-100m/min (inverter) Cutting capacity: at 0° - round 300mm - square 260mm - rectangle 330x260mm Dimensions: 2600x2320x2000mm Year of manufacture: 2011 Weight: 1050kg The machine is fully refurbished and tested.

Year of construction: 2002, condition: used, diameter 180 mm workpiece length 0 mm Klodpfx Aet Hw Shjnyou work piece width 1350 mm total power requirement 65 kW weight of the machine ca. 7.500 kg dimensions of the machine ca. m

Condition: excellent (used), Year of construction: 2019, CNC lathe DOOSAN Puma 2600SY II with Siemens control system; Thermal sensors for maximum precision; Y-axis; Subspindle with collet chuck; Spindle bore 80 mm (main spindle); All axes with box ways – suitable for heavy-duty machining; Chip conveyor, tool setter, parts catcher with belt, coolant gun, extraction system; Klodpfx Anjy R S Uzeyju 70 bar high-pressure coolant system; Various fixed and driven tool holders included; Robot loading by Halter available upon request! Photo attached. An automatic door can be retrofitted for this purpose. In Germany, complete commissioning upon request. All at additional cost!

Condition: good (used), Parts on table not come. Marked with red. Kledewxdyxopfx Anyju

Condition: good (used), Year of construction: 1999, travel distance X-axis: 3,000 mm, travel distance Y-axis: 2,500 mm, travel distance Z-axis: 1,150 mm, Fooke Endura Type 8. Year of manufacture 1999, Siemens 840 D Powerline control, X/Y/Z travel 3000/2500/1150 mm, Bridge height 800 mm, 23 kW milling spindle, Forked milling head with 365° rotation axis, Kodsv N Uuvspfx Anyelu Swivel axis +/- 100°, Feed rates up to 15 m/min, Spindle speed up to 16,000 rpm, HSK A 63, Electric handwheel, Machine weight 50,000 kg

Condition: used, Year of construction: 2016, machine/vehicle number: 0605-240010, FICEP Flex FRC 1201 coping robot The Ficep FRC 1201 coping machine is part of the latest process in automatic CNC controlled thermal coping process. This modern CNC-controlled coping robot system is suitable for fast thermal cutting and notching of profile types H / U / L / flat and square tubes. The steel profile is positioned in the system at the position to be cut using a pulling gripper measuring carriage via the roller conveyor. A robot arm with the cutting units (oxyfuel or plasma) cuts the profiles at the selected position. The cut or notched finished components either fall into the collecting tray or are pushed out of the system by the measuring arm. Thermal cutting units: This Ficep profile support notching system Flex FRC 1201 is equipped for thermal cutting with oxyfuel and/or plasma. A Hypertherm HYPERFORMANCE PLASMA HPR 260 XD suitable for material thicknesses up to 32 mm is used as the plasma power source. Thicker material thicknesses or phase cuts greater than 32 mm are cut with the oxyfuel cutting unit. Transport system: On the infeed side in front of the Ficep Flex FRC notching system is a chain drag cross conveyor with a length of 11,150 mm. The profiles (components) can be conveyed in both directions. The profiles are then transported into the machine on a stable roller conveyor with a gripper measuring carriage. The system is designed for 12 m long profiles and therefore has 12 m roller conveyors with a roller conveyor width of 1. 300 mm on the infeed side and 12 m on the outfeed side.300 mm. 4 chain tractors with a length of 6,450 mm are available after the notching system to transport the finished components to the outfeed side. Kledpjtwm Ubsfx Anysu Mitrol CNC control and Pegaso software: The system is controlled by a modern CNC control system from Mitrol. The reliable CNC control is from Ficep's own manufacturer Mitrol with the Pegaso software including remote maintenance option and data transfer interface. Torit DCE filter unit The filter unit for the dirt extraction is from Donaldson Torit DCE Safety: via fence and light barriers Max. profile cross-section: 1,220 mm. Profile cross-section : 1,220 x 600 mm Min. material length : 2,500 mm Working height : 865 mm Weight: 7000 kg Weight of cover firing unit : 1200 kg This modern Ficep Flex FRC 1201 coping robot system is in very good condition.

Condition: like new (used), Year of construction: 2023, functionality: fully functional, input voltage: 230 V, bolt circle diameter: 1,000 mm, arm reach: 2,000 mm, Equipment: documentation/manual, A FARO measuring arm is used for precise, portable 3D measurements and quality control across various industries as it enhances the accuracy of traditional measuring methods, reduces errors, provides reliable data for decision-making, and increases efficiency through direct integration with computer-driven processes and software. Ksdpfx Asw U Atbonyolu Why use a FARO measuring arm? Accuracy and Precision: A FARO measuring arm delivers highly accurate 3D measurements, resulting in more consistent and reliable outcomes compared to manual methods. Portability: The arm is portable and can be easily transported and set up at different locations, allowing for flexibility within the measurement process. Quality Control: Manufacturers use the measuring arm for 3D inspections, CAD comparisons, and dimensional analyses to verify and ensure product quality. Efficiency: By providing immediate, precise data, the measuring arm helps prevent errors, reduces rework, and streamlines production processes, leading to faster product delivery and higher customer satisfaction. Data for Decision-Making: The collected measurements provide dependable information that can be used for trend analysis and smarter decision-making by the team. Versatility: The measuring arm can be employed for diverse applications such as reverse engineering, tool certification, and inspection of complex geometries, making it a valuable tool in different production sectors.