Measuring arm with optical measuring system

Cimcore / perceptron Infinite 5030SC / ScanWorks V4

Condition: excellent (used), Year of construction: 2014, functionality: fully functional, measuring range X-axis: 1,200 mm, measuring range Y-axis: 2,000 mm, measuring range Z-axis: 1,000 mm, Measuring Range X – axis 1200 mm Y – axis 2000 mm Z – axis 1000 mm Accuracy acc. ISO 10360 E = [2,6 + 4L/1000]µm Crodpsdv I Abjfx Akqjf DCC controller Renishaw UCC S5 JS box Renishaw MCU-5 (wireless on demand) Temperature sensor Renishaw Probe system Renishaw REVO 5-axis scanning probe Probe changer Renishaw (price REVO system new appx. € 80.000,--) Application software Inspect3D Inca V6 avzula version built 2014, retrofit 2017 with Revo

Condition: used, Year of construction: 1992, Measuring range, X-axis: 2400 mm Measuring range, Y-axis: 1200 mm Measuring range, Z-axis: 1500 mm Cjdeg Er Nlepfx Akqsrf Machine weight: approx. 9.00 t

Condition: excellent (used), Buderus 455 kW. Oil emergency heating system. Low-temperature boiler, can also be equipped with a biogas burner. Codpox U Exuofx Akqorf

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. 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. Codpfx Akjw U Atbeqorf 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.

Condition: good (used), Year of construction: 2016, Industrial robot Manufacturer: Kuka Type: KR30-3 Year of manufacture: 2016 Reach: 2033 mm Weight: 665 kg Payload: 30 kg Kuka KRC4 controller Weight: 150 kg Cjdpfxoq Dz H Te Akqerf Software version V8.3.40 Interface X11 Kuka touch panel Kuka connecting cables 22726

Condition: new, Year of construction: 2025, Delivery ex works Turkey Cjdpfx Akegu N Aljqorf Bending length (A): 3050 mm Press force: 170 tons Sheet thickness 42kgf / mm: 8 mm Sheet thickness 72kgf / mm: 4 mm Upper tool: 1260 Top Tool 85 ° Lower tool: 50, 35, 22, 16 Distance between columns (B): 2550 mm Forward speed: 130 mm / s Working speed: 8 mm / s Retraction speed: 120 mm / s Crowning: manual (CNC-motorized available for an extra charge) X-axis travel: 750 mm X-axis speed: 250 mm / s Backgauge fingers: 2 pieces Front support arms: 2 pieces Oil tank capacity: 180 liters Main motor power: 11 kW Stroke length (C): 265 mm Installation height (D): 450 mm Projection stand (E): 410 mm Table height (F): 870 mm Table width (G): 170 mm Length (L): 4200 mm Height (H): 2800 mm Width (W): 2200 mm Weight: approx. 7500 kg Cybelec Cybtouch 12 2D Graphic CNC control 3 axes (Y1, Y2, X) expandable with optional R+Z-Axis Eurostamp 2067 lower tool (V: 50, 35, 22, 16) Eurostamp 1260 upper tool 85 ° Narrow table All-steel welded construction Promecam quick clamping system CNC-controlled motorized backgauge (X: 750 mm) Adjustable backgauge fingers Inch and metric system can be selected Ground and chrome-plated cylinders Swiveling control panel Foot control with anti-panic stop & emergency shutdown Lateral protective grille (secured with limit switch) Light curtain on the back of the machine (900 mm) DSP laser finger protection system at the front (CE) BOSCH / REXROTH or HOERBIGER / HAWE hydraulic system BOSCH / REXROTH or ECKERLE hydraulic pump Slidable front support arms (2 pieces) Electronics unit from: SIEMENS, SCHNEIDER, DELTA, ABB, OMRON 380 V 50 Hz Painting: RAL 7035, RAL 5015 Optional special accessories available at an additional cost: -CNC-controlled R-axis (250 mm) -CNC motorized crowning -Servo driven motors backgauge system for X + R axis (Mitsubishi) -Painting in special colors on customer request Documentation in German or English CE conformity

Condition: used, Year of construction: 2008, dimension of workpiece 2400 mm voltage 26,8 V total power requirement 26,8 kW weight of the machine ca. 0,040 t Codpfxsx Dda Tj Akqorf

Condition: refurbished (used), Year of construction: 2014, functionality: fully functional, total width: 2,500 mm, total length: 4,500 mm, total height: 3,200 mm, Offered is a double spindle pick up turning machine VSC 250 DUO. There are 2 nearly identical machines available. Each machine is equipped with 2 independent working spindles and 2 EMAG turrets. The machine can produce 2 identical workpieces with the same machining operation, as well as one workpiece in two successive machining operations. The VSC 250 DUO will receive a general overhaul before delivery and gets a control upgrade to Siemens Sinumerik ONE. The machine can be equipped with other periphery (chip conveyor, coolant system, external automation, etc.), depending on requirements. COTROL Siemens Sinumerik One TECHNICAL DATA workpiece diameter: max. 250 mm workpiece height: max. 150 mm chuck diameter: 250/315 mm swing diameter: 350 mm X-stroke: 745 mm Z-stroke: 300 mm TOOL CARRIER working area 1 Crsdpfor Nc Ufsx Akqjf 1x EMAG disc turrets, 12x VDI 50 without driven tools working area 2 1x EMAG disc turret, 12x VDI 50 with driven tools Price, delivery time and equipment of the machine on request.

Condition: like new (used), Year of construction: 2024, functionality: fully functional, warranty duration: 12 months, type of input current: AC, overall weight: 1 kg, For sale: ZEISS T-Scan Hawk 2, a high-precision optical 3D scanner designed for demanding measurement and inspection tasks. Ideal for precise 3D measurements in industrial and research applications, especially when components need to be measured in challenging environments. Fast application, easy operation. Condition: Lightly used, predominantly for trade shows, exhibitions, and training purposes only. Scope of delivery: · T-Scan Hawk 2 Lite · Class 2 blue laser, eye-safe (IEC 60825-1:2014) · Weight: < 1 kg · Calibration plate (DAkkS-calibrated) · Sensor cable · Transport case · Acceptance test in our facility with calibration bars in accordance with ISO 10360 · Acceptance certificate with traceability documentation · ZEISS INSPECT OPTICAL 3D Free · T-SCAN Hawk 2 sensor driver ZEISS INSPECT OPTICAL 3D Free · Open and edit new and existing projects · Import of point clouds, polygon meshes · Creation, editing, and processing of polygon meshes · Element construction: standard geometries, points, sections, curves, surfaces, dimensions · CAD import for standard formats: IGES, VDA, STEP, JT Open, STL, PLY · Application of common alignment methods · CAD comparison with colored deviation display · Dimensioning and geometric tolerancing analysis according to ISO GPS and ASME Y14.5 · Reporting module T-SCAN Hawk 2 Sensor Driver · Setup and calibration · Guided user calibration · Data acquisition and project management · Configurable workflow assistant · Switching measurement modes and setting exposure time directly on the sensor · Automatic sensor calibration monitoring · Pre-capture of reference points with graphic support · Real-time display of sensor position and acquired 3D scan data · Continuous transformation into a common coordinate system · Merging upper and lower surfaces · Removal of background points · Automatic calculation and export of non-overlapping polygon meshes · Export of scan data (e.g., G3D format, STL format) Note: Codpfx Asw Swplokqjrf The device was exclusively used for demonstration, training, and exhibition purposes, so some signs of use are visible. If required, we can provide a suitable laptop for an additional charge. 3D acceptance certificate available. We are also open to trade-in of older GOM systems upon purchase of the T-SCAN Hawk 2.

Condition: used, Year of construction: 1992, x-travel 1400 mm y-travel 1200 mm z-travel 1000 mm Control ZM Credpfx Aeftfczekqjf total power requirement 0,5 kW weight of the machine ca. 2 t dimensions of the machine ca. 2 x 1,5 x 2 m