Ceramic Beam Design 3D Coordinate Measuring Machine Wtih Higher Precision

Product overview

“The Neon series coordinate measuring machine adopts innovative ceramic design to achieve ultra-high-precision scanning and detection capabilities on the current market. Particularly suitable for the application needs of high-precision products in the electronics, automotive and aerospace fields. It is a unique and excellent three-coordinate that can be equipped with multiple three-coordinate probes.

TECHNICAL PARAMETERS

Typical application

· Automobile engine and gearbox parts
· Aviation blades, engines and aircraft parts
· General Precision Engineering·
· Pharmaceutical Manufacturing

Features

Working platform High-quality granite platform, precise dovetail guide rail
The granite working platform is the support of the whole machine, and its quality affects the overall performance of the machine. The platform is made of granite material, coupled with precise dovetail guide rails, which effectively reduces the vibration of the measuring machine and improves the performance of the whole machine.
Three-axis guideway fully enclosed, ceramic beam, spindle:
Both the X and Z axes are ceramic, which is resistant to rust, has good rigidity, and has a smaller thermal expansion coefficient and higher accuracy!
Base bracket Dual passive damping mechanism:
The three-coordinate measuring machine is basically used in the production plant, so it is inevitable that there will be vibrations caused by the machine tool or transport vehicle next to it, which has a fatal impact on the accuracy of the three-coordinate. Making earthquake-proof foundation is a basic idea, and this will increase additional costs and troubles. Our three-coordinate bracket adopts a dual passive damping structure to prevent the influence of low-frequency vibration, which greatly guarantees the accuracy of measurement and can reduce the trouble of earthquake-proof foundation measures.

Software

Rational - DMIS is a newly developed large-scale integrated 3D measurement software package. In addition to the development and design of the software, which takes into account the requirements of beginners for easy learning and use of the software and high-level users for the function of the software, more importantly, it becomes a model of CMM measurement software standardization.
Rational DMIS programs are designed with the full and native DMIS kernel until version 5.0 of DMIS, which is totally different from the so-called "support DMIS" (the kernel is not DMIS). As we all know, DMIS has become an ISO standard (ISO 22093:2003)