Used ZEISS CONTURA G2 7/10/6 CMM for Sale | CNC CMM

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Product Highlight

Used ZEISS CONTURA G2 7/10/6 is a bridge-type CNC coordinate measuring machine featuring a 700 × 1000 × 600 mm measuring range, ZEISS RDS articulating probe head, Renishaw TP20 touch-trigger probe, and granite measuring table. Manufactured in August 2016 , this pre-owned German-brand CMM is suitable for precision dimensional inspection and industrial quality control, subject to verification of its current performance and configuration.

Product Description

Used ZEISS CONTURA G2 7/10/6 features a 700 × 1000 × 600 mm measuring range, a ZEISS RDS articulating probe head, a Renishaw TP20 touch-trigger probe, and a granite measuring table.

Designed for automated CNC measurement, this bridge-type coordinate measuring machine offers a cost-effective alternative to purchasing new metrology equipment. Contact us to confirm its current condition, configuration, and price.

Technical Specifications

Parameter	Specification
Brand	ZEISS (Carl Zeiss)
Model	CONTURA G2 7/10/6
Equipment Type	CNC Coordinate Measuring Machine (CMM)
Machine Structure	Bridge-Type CMM
Condition	Used / Pre-Owned
Brand Origin	Germany
Manufacturing Date	August 2016
X-Axis Measuring Range	700 mm
Y-Axis Measuring Range	1000 mm
Z-Axis Measuring Range	600 mm
Probe Head	ZEISS RDS
Touch Probe	Renishaw TP20 (seller-reported)
Probe Technology	Touch-Trigger Measurement
Controller	ZEISS C99 (seller-reported)
Measuring Table	Granite
Measurement Mode	CNC / Automated Measurement
Measurement Accuracy	Subject to Calibration and Verification
Measurement Software	To Be Confirmed
Part Number	623544-9883-310
Serial Number	172452

Technical specifications are based on the machine identification plate and seller-provided information. Actual measurement accuracy, operating condition, software configuration, and included accessories should be verified before purchase.

Applications and Industries

Used ZEISS CONTURA G2 7/10/6 coordinate measuring machine is designed for three-dimensional dimensional inspection and quality control of precision-manufactured components. Its bridge-type construction, CNC measurement capability, and articulating probe system make it suitable for various industrial inspection tasks.

Automotive Manufacturing

Suitable for inspecting engine components, transmission housings, machined brackets, and other automotive parts requiring dimensional verification.

Aerospace Component Inspection

Can be used for dimensional inspection of precision-machined aerospace components where the machine's verified measurement capability meets the required tolerances.

Mold and Die Manufacturing

Supports measurement of injection molds, dies, tooling components, and complex machined features to verify dimensional accuracy.

Precision CNC Machining

Suitable for inspecting CNC-machined metal components, including hole positions, distances, perpendicularity, flatness, and geometric tolerances.

Industrial Quality Control

Supports first-article inspection, production sampling, dimensional verification, and routine quality assurance activities.

Machinery and Equipment Manufacturing

Useful for measuring mechanical housings, fixtures, castings, and precision-engineered components used in industrial equipment.

FAQ

What is the measuring range of this used ZEISS CONTURA G2?

The machine has a measuring range of 700 mm on the X-axis, 1000 mm on the Y-axis, and 600 mm on the Z-axis. This measuring volume is suitable for dimensional inspection of a wide range of machined and manufactured components.

What probe system does this ZEISS CONTURA G2 use?

This machine is listed with a ZEISS RDS articulating probe head and a Renishaw TP20 touch-trigger probe. The RDS system supports probing from different orientations, while the TP20 is designed for point-by-point dimensional measurement. The installed probe configuration should be confirmed before purchase.

How accurate is this used ZEISS coordinate measuring machine?

The seller has provided an accuracy specification of (2.1 + L/250) µm, where L is the measured length in millimeters. However, this specification has not been independently verified for the machine's current condition. Actual measurement performance should be confirmed through appropriate calibration and inspection records.