The Fascinating Combination of Measuring Range and Precision ZEISS MMZ T

With ist large measuring volume ZEISS MMZ T enables highly precise measurements of large gears directly on the shop floor

Bridge-Type CMM with large measuring range

With a measuring range of up to 14.8 m³, the ZEISS MMZ T offers the largest measuring range from amongst the table bridge-type measuring machines. For example: it enables the highly precise measurement of large gears directly on the shop floor.

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ZEISS MMZ T

Features

The open design enables easy loading with a crane. The design of the machine allows for workpieces weighing up to ten tons.

Safety for the operator and the machine

Kink protection on the ram to protect the sensor/operator
Optical ram protection to prevent downtimes following a collision
Safety position for the bridge to ensure safe loading of the coordinate measuring machine with large workpieces

Enlarged measuring performance

REACH CFX 3 MMZ stylus extensions for measuring very deep boreholes (1,200mm)
Rotary tables installed in the base to optimally use the measuring range
Temperature compensation gradients for the axes to selectively capture temperature differences

Measure heavy workpieces efficiently

Possible to measure workpieces of up to ten tons without a loss of accuracy
Integrated vibration insulation to prevent the need to construct an expensive foundation
Bearing technology without compressed air to minimize operating costs

Robust and stable over the long term

Insensitive to dusty and oily air
Resistant to rough environmental conditions for reduced demands on the measuring room
Large bearing clearances and a stable bridge design for exceptional scanning performance

A slanted-tooth spur gear on a ZEISS MMZ T coordinate measuring machine

A ZEISS MMZ T with a motorized tailstock

Technical Data for ZEISS MMZ T

Length measurement error	MPE_E150	from 2.4 + L/400 μm
Single stylus probing error	MPE_PFTU	from 2.0 μ
Scanning probing error	MPE_THP/tau	from 2.8 μ / 62 s
Form measuring error	MPE RONt	from 2.0 μm