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Ultra Coordinate Measuring Machine

CMU Ultra Coordinate Measuring Machine is a high-end measuring equipment produced by TZTEK. With a unique single-side overhead structure, stable and reliable performance, high efficiency and high precision, it covers most application scenarios of triggering and scanning complex measurement.

Key Features

Stable Mechanical Structure

The single-sided overhead moving bridge structure reduces moving mass and brings the drive closer to the moving center of mass, minimizing Abbe error while improving motion performance and long-term accuracy stability.
High-rigid, high-performance air-bearing guides eliminate friction and wear. The three-axis enveloping structure together with an air-bearing pressure monitor effectively ensures excellent stability.
Ultra-low thermal expansion scales on all three axes minimize temperature effects and provide highly accurate measurement performance.

Application of New Materials

Key structural parts are manufactured from high-precision silicon carbide ceramics, providing higher rigidity, lower thermal expansion, and lighter moving mass. This significantly improves measuring accuracy, operating performance, and long-term reliability.

Enhanced Safety Protection

The Z-axis is protected by both the pneumatic balancing cylinder logic and a dedicated hardware hold-up mechanism, ensuring the safety of the detection system during emergency situations.

Product Overview

CMU Ultra Coordinate Measuring Machine is a high-end measuring equipment produced by TZTEK. Featuring a unique single-side overhead structure, stable performance, high efficiency, and exceptional measuring accuracy, it is designed for demanding triggering and scanning applications.

Specifications

Model	Stroke Range (mm)			Overall Dimension (mm)			Main Machine Weight (kg)	Max. Load (kg)	Vector Motion Velocity (mm/s)	Vector Motion Acceleration (mm/s²)
Model	X	Y	Z	LX	LY	LZ	Main Machine Weight (kg)	Max. Load (kg)	Vector Motion Velocity (mm/s)	Vector Motion Acceleration (mm/s²)
06.08.06	600	800	600	1548	1932	2810	2400	600	520	1870
08.10.06	800	1000	600	1748	2132	2810	2850	1000	520	1870
10.12.08	1000	1200	800	1948	2332	3180	3150	1200	520	1870
10.15.08	1000	1500	800	1948	2632	3180	3620	1500	520	1870
10.20.08	1000	2000	800	1948	3150	3180	4800	1800	520	1870
12.15.10	1200	1500	1000	2148	2632	3580	5400	1500	450	1200
12.20.10	1200	2000	1000	2148	3150	3580	5800	1800	450	1200
15.20.12	1500	2000	1200	2448	3150	3580	6400	1800	450	1200
15.25.12	1500	2500	1200	2448	3650	3980	7200	2300	450	1200
15.30.12	1500	3000	1200	2448	4150	3980	8000	2500	450	1200

Length Measurement Error MPE (E0) (μm)		Single Stylus Form Probing Error MPE (PFTU) (μm)
From 1.2 + L/350		From 1.2
Precision index: According to ISO10360-2:2009 and ISO10360-5:2010.
Temperature Requirements		Power Requirement
Room Temperature	20°C ±2°C	Voltage	220 VAC ±10%
Temperature Gradient (Hour)	1°C/h	Frequency	50/60Hz ±1%
Temperature Gradient (24 Hours)	2°C /24h	Current	10A
Temperature Gradient (Space)	1°C/m	Power	2.5kW
Air Source Requirement		Electrical equipment requires reliable grounding (less than 4Ω).
Minimum Air Pressure	0.6MPa	Humidity Requirement
Air Consumption	150NL/min	Relative Humidity	25–75%

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