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HomePRODUCT CATALOGProduction ( Dimensional ) metrologyMAHR MarForm MMQ 150 Compact form measuring...
MAHR MarForm MMQ 150 Compact form measuring machine
MarForm--MMQ_150--BI--DSC_6984--HGblue--800x600--72dpi

MAHR MarForm MMQ 150 Compact form measuring machine

The MMQ 150 measuring station consists of the following components:

  • MarForm MMQ 150 form tester
  • T20W length measuring probe with probe arm
  • EasyForm Software for measuring and operating
  • MarWin PC, Windows 10 operating system
  • 24″ monitor
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Categories: , Product ID: 3962

Description

MarForm MMQ 150 Compact form measuring machine

MarForm MMQ 150 – Entry-level cylindricity measuring technology. The MMQ 150 is an automatic form tester for testing form and position tolerances:

  • Use in production or in measuring rooms
  • Fast and easy operation
  • Measuring accuracy, optimized for cylindricity tolerances
  • Less rejection, saves time, reduced production costs
  • Maintenance-free, high-precision mechanical bearing
The MMQ 150 measuring station offers a complete system solution for monitoring form and position tolerances for the quality assurance of your products. The MMQ 150 was designed for accuracy, speed and easy operation, all in a very compact form. Only high precision, maintenance free mechanical bearings are used, eliminating the need for regular maintenance and replacement of compressed-air components. Mechanical bearings in the rotational axis have been successfully used for many years in other Mahr form testers, including the MMQ 400 tabletop form tester and the MFU 100 reference form tester. The interaction between the rotary table axis and the vertical axis has been optimized, making the MMQ 150 ideal for measuring cylindricity tolerance deviations. The EasyForm operating and measuring software is intuitive and very easy to use. A simple measurement with measuring record can be performed in just a few steps, with no programming knowledge required. With the help of the teach-in programming included in the software, program sequences with a customized final measuring record are just as easy to create. User measuring programs can be started via 32 function keys on the EasyForm user interface or via the 3 assignable program keys on the MMQ 150 control panel. Overview of the main features of the MMQ 150:

  • Precision roundness measuring axis (C)
  • Motorized vertical measuring axis (Z)
  • Motorized horizontal positioning axis (X)
  • Manual centering and tilting table
  • T20W manual length measuring probe
  • Ergonomic control panel, can also be used to start selected measuring programs (P1, P2, P3)
  • Compact, space saving design
  • MarWin PC
  • 24″ monitor
  • Intuitive and easy-to-use EasyForm software

Technical Data

Roundness deviation (µm+µm/mm measuring height) *
0,015 + 0,0003
Roundness deviation (µm+µm/mm measuring height) **
0,03 + 0,0006
Axial runout deviation (µm+µm/mm measuring radius) *
0.02 + 0.0001
Axial runout deviation (µm+µm/mm measuring radius) **
0.4 + 0.0006
Centering and tilting table
manual
Table diameter (mm)
160
Table load capacity, centered (N)
200
Speed (rpm) 50 Hz / 60 Hz
1-6
Measuring path, motorized Z (mm)
250
Straightness deviation / 100 mm measuring path (µm)**, Z axis
0.4
Straightness deviation / total measuring path (µm)**, Z axis
1
Parallelism deviation Z-/C axis in tracing direction, measuring path (µm)
1
Measuring speed (mm/s), Z axis
0.5-30
Positioning speed (mm/s), Z axis
0.5-50
Positioning path (mm), X axis
150, motorized
Positioning speed (mm/s), X axis
0.5-30
Footer text
* Values as maximum deviation from LSC reference circle, filter 15 undulations/revolution.
** All values in accordance with DIN ISO 1101 at 20°C ±1°C in a vibration-neutral environment, filter 15 undulations/revolution LSC or 2.5 mm LSS, 5 rpm or 5 mm/s and standard probe arm with ball diameter 3 mm. Proof at the standard using error separation techniques. Given the number of different options available, only a few machines are described here by way of example. Technical data for “your” MMQ is available from Mahr on request.

options

  • Rim chuck Ø 100 mm
  • Various additional clamps
  • Commutator analysis
  • Vibrational velocity analysis
  • Upgrade to MarWin AdvancedForm
  • 22″ touch screen instead of 24″ monitor
  • Probe arms of various lengths and with various stylus ball geometries
  • Various double probe arms
  • Various calibration standards
  • Various equipment tables, some with vibration compensation

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