57mm Drill Chuck Integrated Self‑Clamping, R8 Taper - Vertex

Benefit from secure clamping through the integrated self-tightening mechanism combined with a 57 mm diameter and R8 taper compatibility for stable, repeatable machining; order the tool via Metav Werkzeuge or consult the specialists for confirmation of suitability.

INT-16-R8 drill chuck – integrated, self-tightening, R8 taper, 57 mm

The INT-16-R8 drill chuck is an integrated, self-tightening clamping solution designed for R8 spindle applications where reliable tool retention and quick setup are required.

• Integrated self-tightening mechanism
• R8 taper for milling spindle compatibility
• 57 mm maximum clamping diameter
• Robust construction, 1.9 kg mass

Faster, more reliable clamping for higher throughput

An integrated, self-tightening chuck shortens set-up time and reduces the risk of tool slippage during machining. The integrated self-tightening mechanism increases clamping force automatically as torque rises, which helps maintain concentricity and lowers the incidence of rework. Specified with a 57 mm clamping diameter and designed for R8 taper spindles, this chuck accommodates a broad selection of twist drills and short-shank cutters, supporting efficient changeovers and consistent part quality.

Stability and repeatability that protect production quality

A mass of 1.9 kg contributes to mechanical stability during drilling and light milling operations, helping to suppress vibration and reduce runout. The design focuses on predictable performance under cyclic loads, which is particularly valuable for serial machining where repeatability determines scrap rates. By providing steady tool holding and improved contact between tool shank and jaws, the chuck supports better surface finishes and fewer inspection failures in regular production runs.

Straightforward integration and practical handling guidance

The R8 interface is a common spindle standard on many bench milling setups, enabling direct interchange without complex adapters. Correct seating of the taper and regular inspection of clamping faces are important to maintain performance; abrasive wear or contamination on mating surfaces affects concentricity. For unusual tool shanks or specific process requirements, a compatibility check is recommended to ensure long-term reliability and to match the chuck with appropriate feed and speed parameters.

Contact Metav Werkzeuge for compatibility advice and to arrange supply of the Vertex INT-16-R8 drill chuck through the Emmerich team

Technical Data

• SKU: INT-16-R8
• GTIN: 4061905090516
• Brand: Vertex

Core specifications

• Clamping diameter: 57 mm
• Taper: R8
• Weight: 1.9 kg
• eClass: 21020490
• ETIM: EC002125

Special features

• Integrated self-tightening mechanism
• Suitable for twist drills and short-shank cutters
• Category: Vertex clamping technology

FAQ

Which machines are compatible with this chuck?
The INT-16-R8 drill chuck is intended for spindles with an R8 taper; Vertex specifies R8 compatibility, making it suitable for many bench and milling machines fitted with that taper.

What is the maximum clamping capacity?
The chuck provides a maximum clamping diameter of 57 mm, enabling secure holding of common twist drills and short-shank tooling within that diameter.

How heavy is the chuck and does that affect performance?
The unit weighs 1.9 kg; the mass contributes to stability during drilling and light milling, though high-speed balancing should be verified for very high spindle speeds.

Is the chuck self-tightening and what advantage does that provide?
Yes — the integrated self-tightening mechanism increases grip with rising torque, reducing slippage and shortening setup compared with manual-only tightening systems.

What is recommended for mounting and maintenance?
Ensure clean, undamaged taper contact surfaces and correct seating on the R8 spindle; inspect clamping faces periodically and remove contaminants to maintain concentricity and service life.

Manufacturer: Vertex Machinery Works Co., Ltd.; No. 296, Sec. 1, Feng Shih Road, Fengyuan District, Taichung City 420, Taiwan