Basic Info
This combined optical and contact CMM integrates optical image measurement and contact probe measurement, which is suitable for the comprehensive detection of small and ultra-small precision parts. It solves the problem that single measurement mode cannot meet the detection needs of complex small parts, and can realize non-contact measurement of smooth surfaces and contact measurement of inner hole and side features. It is widely used in jewelry processing, clock manufacturing, micro-electronic parts and other industries that require high-precision detection of small parts.
Customer reviews
Emily · R&D Technician
The Combined Optical and Contact Coordinate Measuring Machine has been instrumental in our research and development projects. The ability to perform non-contact measurements with the optical system is perfect for prototyping and testing new designs. When we need higher accuracy, the contact probe provides the precision required for validation. The machine's fast data acquisition and processing capabilities have accelerated our development cycle. It's a reliable and efficient solution that has greatly enhanced our R&D efforts.
David · Metrology Specialist
As a metrology specialist, I appreciate the versatility of the Combined Optical and Contact Coordinate Measuring Machine. The seamless integration of optical and contact measurement methods provides flexibility for different measurement tasks. The machine's high-resolution camera and precise probing system deliver consistent and accurate results. The software's advanced analysis tools allow for detailed inspection reports, which are crucial for our clients. This machine has become an essential tool in our lab, enabling us to meet the diverse needs of our customers.
Sarah · Manufacturing Supervisor
We recently integrated the Combined Optical and Contact Coordinate Measuring Machine into our production line, and the results have been impressive. The dual measurement capability has reduced our setup time and increased throughput. The optical system is particularly useful for quick scans of complex geometries, while the contact probe ensures high accuracy for critical dimensions. The machine's robust construction and reliable performance have made it a valuable asset in our manufacturing process. It has helped us maintain tight tolerances and improve overall product quality.
Michael · Quality Control Engineer
The Combined Optical and Contact Coordinate Measuring Machine has significantly improved our inspection process. The ability to switch between optical and contact measurement modes allows us to handle a wide range of parts with varying surface finishes. The optical mode is perfect for delicate components, while the contact mode provides precise measurements for more robust parts. The machine's accuracy and repeatability have been outstanding, and the intuitive software interface makes it easy to program and operate. This has been a game-changer for our quality assurance team.
John · Production Manager
Implementing the Combined Optical and Contact Coordinate Measuring Machine has brought significant improvements to our production quality control. The dual measurement capability allows us to inspect parts more comprehensively, catching defects that might be missed with a single method. The machine's speed and accuracy have reduced our inspection time while increasing confidence in our measurements. The user-friendly interface and robust construction make it easy to operate and maintain. This investment has paid off by reducing rework and improving customer satisfaction.
Product Description
Product features:
This combined optical and contact CMM has dual-mode measurement advantages. The optical measurement module uses a 5 million pixel industrial camera and coaxial light source, which can quickly collect the outline size and surface flatness of small parts without contact, avoiding damage to precision parts. The contact probe module supports accurate detection of inner hole position, thread size and other features that cannot be collected by optical measurement. The OptiMeas 2024 software supports automatic switching of dual measurement modes, and can automatically merge the measurement data to generate a comprehensive inspection report. It has a compact structure and a small floor area, suitable for small-scale workshop testing rooms.

Product specifications:
This combined optical and contact CMM has dual-mode technical specifications: the effective measurement range is 300mm (X-axis) × 200mm (Y-axis) × 200mm (Z-axis), with a maximum workpiece load capacity of 100kg. The optical measurement resolution is 0.001mm, and the contact measurement repeat positioning accuracy is ±0.6μm, meeting the ISO 10360-2 standard. The whole machine weighs 450kg, with the workbench size of 400mm × 300mm, suitable for placing small precision parts such as jewelry and clock accessories. The power supply is standard 220V 50/60Hz 8A, and the applicable operating environment temperature is 18-26℃, with relative humidity range of 35%-65%. The coaxial light source supports adjustable brightness, adapting to the measurement needs of different surface materials of parts.

Product application:
This combined optical and contact CMM is mainly applicable to jewelry processing, clock manufacturing, micro-electronic parts processing and medical micro-device production industries. Typical application scenarios include dimensional inspection of diamond jewelry, size detection of clock gear parts, outline measurement of micro-resistors and capacitors, and surface flatness detection of surgical micro-implants. In the jewelry processing industry, it can detect the cutting accuracy of diamond facets and the size of inlaid holes, ensuring the consistency of jewelry products. In the micro-electronic industry, it can detect the position accuracy of micro-component soldering pads to ensure the yield of circuit board production.
Frequently Asked Questions (FAQ)
Q:Why opt for a combined optical and contact CMM for hybrid measurement tasks?
A:Combined CMMs integrate touch probes (for hard features) with non-contact optics (for delicate/transparent surfaces). This dual-system approach achieves ±1μm accuracy while measuring diverse materials like rubber, glass, or machined metals in a single setup.