Ball Bar

The selection depends on your measurement system, scanning volume, and required accuracy. Larger spheres are typically used for long-range measurements (e.g., laser trackers), while smaller spheres are suitable for high-resolution 3D scanners. Contact us for technical recommendations based on your application.

Our ceramic reference spheres are manufactured with extremely tight tolerances and high roundness accuracy to meet demanding metrology standards. Specific accuracy levels can be provided upon request based on your application requirements.

Yes, our calibration spheres are designed to be compatible with most 3D scanning systems, coordinate measuring machines (CMM), and laser trackers. We can also customize mounting interfaces to ensure seamless integration with your equipment.

Matte spheres are ideal for optical and structured light 3D scanning, as they minimize reflections and improve data capture. Mirror spheres are better suited for tactile measurement systems such as CMM, where surface reflectivity is not a concern.

Ceramic spheres are highly durable and resistant to wear, meaning they require minimal maintenance. However, periodic verification is recommended for critical applications to ensure continued measurement accuracy.

Yes, we can provide inspection reports and quality documentation upon request. This helps ensure traceability and confidence in high-precision measurement applications.

We offer a wide range of customization options, including:

• Sphere diameter
• Sphere bar configurations
• Mounting threads or bases
• Surface finish (matte or mirror)

Custom solutions can be developed to match your specific calibration setup.

Lead times depend on product specifications and customization requirements. Standard products are typically delivered faster, while custom solutions may require additional production time. Please contact us for an accurate delivery schedule.