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Wenzel RSplus Horizontal Arm Coordinate Measuring Machine

Wenzel RSplus Horizontal Arm Coordinate Measuring Machine

 

Price:  Contact Us
Retail Price:  N/A
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The machine concept of RSplus horizontal arm coordinate measuring machine is based on an inherently stable base plate with a side-mounted guide concept. Its flexibility allows RSplus to be easily integrated into existing room concepts. The RSplus allows production-related measurement of typical components such as individual vehicle components, assembly groups, plastic parts and other large pieces.

 

  • Flexible application - The RSplus can be integrated flexibly into an existing room concept or can be moved to a new location if needed. It can be used very easily as a CNC machine or manually and can be equipped with active vibration damping.
  • The all-rounder with high application flexibility - The RSplus has three operating modes (CNC, motor, manual) and a variety of development and expansion stages for maximum application flexibility. It is used in measuring centers, on the production floor and in design or in model and mold making.
  • Flexible for room, building and process changes - This RSplus allows easy and flexible integration into existing rooms and building concepts. In the case of structural engineering or process-related changes it can be adapted easily.
  • Long working life - The sophisticated machines with wear-resistant design and optimized components make the RSplus a real long-term runner.
  • Easy to maintain - The optimum accessibility allows quick maintenance operations and reduced downtime..
  • Easy to use and variable types of applications - The RSplus can be operated very easily as a CNC machine and manually. This has proven successful particularly in tool and mold making as well as in numerous design and styling studios. Mobile control elements and the lightweight design provide maximum flexibility and ergonomics.
  • Precision through proven technology - Combined bearings, guide and drive technology and the use of carbon fiber composite guarantee the proven mechanical accuracy of RSplus.

Renishaw PH10T/PH10M Plus

  • A motorised indexing head that mounts and re-orientates the probe repeatably to any one of 720 positions at 7.5° increments

Renishaw PH20

  • PH20 brings 5-axis measurement capability to touch-trigger applications on all sizes of CMM

Renishaw REVO

  • The revolutionary 5-axis probe system provides an extremely fast scanning speed solution with a high degree of measurement flexibility, and thus an extremely high throughput.

Renishaw TP20

  • Compact, module changing touch-trigger probe, which allows the use of a range of stylus configurations and extensions to access features on complex parts.

Renishaw TP200

  • Compact, module changing touch trigger probe particularly suitable for measuring tasks with tight dimensional tolerances for 3D free-form surfaces with longer styli.

Renishaw SP25

  • The most compact and versatile probe system for scanning on a global scale.

Renishaw SP80

  • Passive probe, equipped with a high-resolution digital length measuring system (0.02 μm), which ensures outstanding measuring precision even when using long stylus inserts (up to 500 mm).

Wenzel Shapetracer

  • The 3D Line Scanner changes your coordinate measuring machine into the ideal machine to record and handle point clouds. Perfect for all who need to record and work on surfaces and outlines of physical objects.

OpenDMIS

  • Unique, user-friendly UI
  • 3D CAD Import – IGES, STEP & DXF
  • Catia, SolidWorks, ProE, Parasolids & Unigraphics optional modules
  • Inspection program creation from CAD model
  • CMM and Renishaw probe simulation
  • Object based programming
  • Automatic routines
  • Many reporting options

Metrosoft Quartis

  • Intuitive UI, consistent with Microsoft Windows
  • 3D CAD Import – IGES, STEP, VDA-FS, Parasolid, ACIS & DXF
  • Inspection program creation from CAD model
  • Simulation, Verification & Optimization
  • Object based automatic measuring
  • Automatic routines
  • Support for CT and optical scanners
  • Many reporting options

Measurement Ranges, Weights

  • X-Axis Measurement Range:  6000mm to 6000mm
  • Y-Axis Measurement Range:  1000mm to 1600mm (Additional Y ranges available upon request)
  • Z-Axis Measurement Range:  1200mm to 2500mm (Additional Z ranges available upon request)
  • Useable Table Surface:  4700mm x 1175mm to 4700mm x 1775mm
  • Machine Weight:  5100 kg to 10,300 kg
  • Permissible Part Weight:  3400 kg to 6850 kg

General Requirements

  • Electric: Single-phase AC, 1 P+N+PE, 115/230 V ± 10 %, 50/60 Hz, max. 1000 VA, ace. to EN 60204/1
  • Compressed Air:  Supply pressure 6-10 bar, pre-filtered, quality according to ISO 8573-1 : Class 4 or better
  • Air Consumption: <5 NI/min

Measuring Accuracy*

  • Measurement System: Photoelectric scale system, Optical division 20 µm
  • Resolution:  0.5 µm
  • Probing Uncertainty: 15 µm to 25 µm
  • Volumetric Length Measuring Uncertainty: 15 µm + L/45 ≤ 50 to 35 µm + L/40 ≤ 100

Operating Environment

  • Operating Temperature:  15-30ºC
  • Temperature Range for MPEE: 16-24ºC
  • Relative Humidity:  40-70%

Dynamics

  • Joystick Operation:  0-20 mm/s (Creep Mode), 0-100 mm/s (Normal)
  • CNC-Mode Vmax:  300 mm/s (Axial), 519 mm/s (Volumetric)
  • CNC-Mode Amax: 300-400 mm/s2 (Axis-Related), 519-700 mm/s2 (Volumetric)

Overall Dimensions

  • Width:  Varies
  • Length:  Varies
  • Height:  Varies

 *Accuracies listed are for premium model only.

What are some other Features/Benefits?
  • The best price/performance ratio on the market
  • All models are available in standard and premium accuracy configurations.
  • Use a carbon fiber quill for decreased weight (less column droop) and higher stiffness.
  • Larger quill sections and greater protection for clay milling applications
  • Can be equipped with Renishaw probes PH10 or PHS heads and the Wenzel Phoenix II Optical sensor for even higher productivity or the Wenzel Shapetracer laser scanner.

Our philosophy when it comes a coordinate measuring machine is to eliminate as many avenues of inaccuracy as possible – before any measuring happens. Because we start with the intrinsic-accuracy of granite in each piece of metrology equipment we manufacture, your coordinate measuring machine then high accuracy built in. Starting with the most mechanically accurate structure for coordinate measuring means less error mapping to compensate for less than ideal materials.