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PORTABLE CMM & PORTABLE LASER SCANNER

  • ROMER ABSOLUTE ARM -7325 SERIOUS (6-AXIS)
  • All ROMER Absolute Arms including scanning systems pass through B89.4.22 certification. Additional certifications according to VDI/VDE 2617-9 are also available. The ROMER Absolute Arm Compact model is available with a choice of ISO 10360-2 or B89.4.22 certification
  • Size does matter
  • A high-precision, non-contact laser scanner with the capability to distinguish between a variety of colours and surface finishes.
  • High resolution, high speed laser measurement performance For measuring tasks that traditional tactile probes can't touch.
  • It is very useful for reverse engineering.
  • 3D digitizing, 3D modelling, point cloud inspection, reverse engineering, this system is an all-purpose metrology tool for a multitude of applications
  • The HP-L-8.9 is an affordable 3D laser scanning solution which extends the measurement capability of the 6 axes ROMER Absolute Arm range into a wider variety of industry applications with line length of 80mm and a speed up to 45,000 points per second.

3D-CMM

  • ZEISS 3D CNC Co-Ordinate Measuring Machine
  • Model: SPECTRUM II with RDS C5 XDT Probe system
  • Accuracy of Machine is 2.1µm.
  • Measuring Range: X = 700mm Y = 1000mm Z = 600mm
  • The articulating probe holder offers +/- 180 degrees of bi-directional rotation and permits indexing steps of 5 degrees reaching 5,184 angular positions for either sensor.
  • probe head XDT TL3 ID for length axial 30mm -150mm, radial 65mm Fully Automatic Probe Head CALYPSO has revolutionized programming in measuring technology. Its feature-oriented interface provides unparalleled ease of use. Intuitively create measuring programs by selecting the feature used in the CAD design drawing. Enter size, form and position tolerances directly from the CAD model.
  • Carrying Capacity of the machine is upto 500 kgf.

VIDEO MEASUREMENT SYSTEM (VMS) & (PROFILE PROJECTOR)

  • Measuring range (X,Y&Z) : 250x150x200mm
  • Accuracy : 3+L /150μm ( L in Meter)
  • Least count : 1 μm
  • Camera : 1/3" colour CCD Camera
  • Bottom Light : LED , Adjustable brightness
  • Top Light : LED , Adjustable brightness
  • Magnification : 30X – 180X
  • Field of view : 8.2mm – 1.2 mm
  • Working Distance : 90mm
  • Max. Part Weight : 10Kg
  • Model :: OLM 2515

WORLD-CLASS PORTABLE SURFACE ROUGHNESS TESTER

  • Portable for easy measurement anywhere necessary
  • The detector/drive unit can be detached from the display unit for effortless measurement of awkwardly oriented workpieces.Wide 350μm (-200μm to +150μm) measurement range.
  • Roughness parameters compatible with ISO, DIN,ANSI, and JIS.
  • 42 analysis parameters are provided, including the basic Ra, Rq, Rz, and Ry parameters.
  • function allows hiding of unnecessary parameters.
  • GO/NG judgment on a desired parameter
  • Data output is available for SPC operation

BALLBAR TESTING

  • Benefits of Ballbar Testing for CNC Machines: Ballbar testing provides a simple, rapid check of a CNC machine tool'spositioning performance to recognised international standards (e.g. ISO, ANSI/ASME etc)allowing users to benchmark and track the performance of their machines and to quickly diagnose problems that may require maintenance and the error sources that produce them.
  • Regular ballbar testing of machine tools helps to : Ensure accurate parts, first time, from CNC machines Reduce machine down-time, scrap and inspection costs Demonstrate compliance with machine performance and quality management standards Implement fact based predictive maintenance
  • Overall measures of positioning accuracy (circularity, circular deviation) in accordance with international standards such as ISO 230-4 and ANSI/ASME B5.54 or in Renishaw's own analysis reports. This report uses a unique mathematical analysis to diagnose many additional individual machine errors from the set of linear readings. Data is displayed graphically as well as in numeric format to aid and support diagnosis.

RENISHAW-XL-80-LASER SYSTEM FOR CNC & CONVENTIONAL MACHINES CALIBRATION

    High performance measurement and calibration for motion systems, including CMMs and machine tools.

    ACCURACY AND DYNAMIC PERFORMANCE

  • Linear measurement accuracy is an assured ±0.5 ppm thanks to a precision stabilized laser source and accurate environmental compensation. Readings can be taken at up to 50 kHz, with a maximum linear measurement speed of 4 m/s and a linear resolution of 1 nm, even at maximum speed. All measurement options (not just linear) are based on interferometric measurements, giving confidence in the accuracy of the data recorded.
  • The most common use of the XL-80 laser system is for verification of motion systems. Measuring machine performance allows users to be confident in their machining or identify issues before they are seen in manufactured parts. XL-80 is able to directly measure geometric errors in a machine independently, unlike laser tracker systems. This gives confidence in the measurements and makes it possible to isolate errors. Machine accuracy can then be improved by:
  • Making targeted alterations to the machine's assembly
  • Using the data to apply error compensation
  • Repeat runs can verify the improvement made and demonstrate the improved capability of the machine.

TYPES OF MACHINES TO CALIBRATE:

CNC TURNING

CNC HORIZONTAL & VERTICAL MILLING

CNC HORIZONTAL & VERTICAL BOARING

CNC EDM (WIRE CUT)

CNC VERTICAL & HORIZONTAL TURNING CENTER

CNC ROUTERS

CNC PLASMA CUTTING

CNC LASER CUTTING

NUMERICAL CONTROL MACHINES

WATER JET MACHINE

CONVENTIONAL MACHINE

CMM MACHINE

ROBO