Omega Products ER40 Collet Standard Precision - 10 Micron Run-Out - 16mm - 15mm

Omega's ER40 Collet Standard Precision is designed for machinists who demand unwavering accuracy in every clamping operation. With a tight 10 micron run-out (0.01 mm), this collet keeps tooling true through milling, drilling, and precision finishing tasks, delivering cleaner cuts and longer tool life.

Key advantages you’ll notice on the shop floor:

• Exceptional run-out control — 10 micron run-out minimizes eccentricity and wobble, improving concentricity for round tools and workpieces. The result is tighter tolerances and smoother finishes across every feature.
• Reliable ER40 compatibility — engineered for standard ER40 collet chucks, ensuring consistent grip and repeatability from part to part, batch to batch.
• Versatile general-purpose performance — well-suited for a broad range of machining tasks, from light milling and precision drilling to tapping, in materials like aluminum, steel, and plastics.
• Durable, precision-focused construction — a robust steel build with carefully machined segments provides rigidity and long-term service life in everyday shop conditions.
• Size range compatibility — designed to cover common 15–16 mm tooling scenarios, offering practical versatility for setups that require reliable, repeatable holding in compact work envelopes.

Practical usage notes for optimal results:

• Keep both the collet and chuck interface clean and free of debris to preserve true run-out performance.
• Insert tools straight and snugly; avoid overtightening beyond recommended torque for the chuck.
• Pair with proper fixturing and steady feeds to maximize accuracy and surface finish in every operation.

Who benefits most from this Omega ER40 Collet Standard Precision?

• Machinists and fabrication shops seeking dependable, repeatable clamping for general-purpose machining with tight tolerances.
• Hobbyists upgrading to a higher-precision holding solution without sacrificing compatibility with existing ER40 chucks.
• Production environments where consistent run-out translates to improved part quality, reduced scrap, and longer tool life.