Omega Products ER32 Collet Standard Precision - 10 Micron Run-Out - 19mm - 18mm

Omega’s ER32 Collet — Standard Precision is engineered to deliver secure, repeatable clamping for round shank tools in an ER32 collet chuck. Built to exacting standards, this collet ensures reliable performance across general-purpose machining tasks and stands up to the demands of daily shop use.

With a precise 10-micron (0.01 mm) run-out specification, it delivers true concentricity from first cut to last. That level of accuracy translates into less tool deflection, tighter tolerances, and cleaner surfaces across aluminum, steel, plastics, and other materials you work with.

Whether you’re milling, drilling, or reaming, this ER32 collet provides a firm, uniform grip that maintains alignment throughout the operation. The result is consistent results across multiple passes and setups, helping you achieve dependable performance even on complex geometries.

Designed for engineers and machinists who demand reliable tool-holding solutions, this collet pairs with standard ER32 collet chucks to accommodate a wide range of round-shank cutting tools. Its precision engineering helps you reduce rework and improve overall workflow efficiency in routine machining tasks.

Key benefits

• 10 µm run-out ensures superior concentricity and stable cutting performance.
• Secure clamping provides consistent grip during milling, drilling, and reaming.
• High concentricity minimizes deflection and enhances machining accuracy.
• Versatile compatibility designed for standard ER32 collet chucks with a broad range of round shank tools.
• Ideal for general-purpose machining delivering reliable results across various materials and applications.

The accompanying image showcases the robust, precisely engineered design from multiple perspectives, highlighting the segmented gripping profile that delivers uniform loading and dependable performance.

Choose the Omega ER32 Collet Standard Precision to elevate toolholding reliability, improve consistency across operations, and unlock more predictable outcomes in your machining projects.