Swiss Tooling Solutions for High-Precision Machining

Platinum Tooling Technologies will present a range of tooling systems and machine tool accessories for Swiss-type CNC lathes at IMTS 2026 ( Sep 14 -19 ) in Chicago. The portfolio includes live tooling, angle heads, speed increasers, knurling systems, marking tools, collets and guide bushings designed for high-precision manufacturing sectors such as medical devices, aerospace and automotive production.

High-Speed Tooling for Swiss CNC Machines
Swiss-style CNC lathes are widely used in industries requiring tight tolerances and high-volume production of small components. To support these applications, Platinum Tooling Technologies will display tooling solutions compatible with major Swiss machine brands including Citizen, Star and Tsugami.

Among the products on display are live tools, static tools and angle heads manufactured with high spindle bearing technology and precision-ground gear components. Available configurations include straight and 90-degree heads, thread whirling tools, Woodruff key cutters, multiple-spindle heads and machine-specific adapters.

Speed Multipliers for Small-Diameter Component Production
A key focus of the exhibit will be speed increaser technology for Swiss machines. Platinum Tooling offers speed multipliers with gear ratios of 1:2, 1:3 and 1:4, supporting spindle speeds of up to 48,000 rpm.

The increasing use of Swiss-type machines in medical manufacturing and other precision machining sectors has created demand for higher spindle speeds. As component dimensions decrease, cutting tools become smaller and require higher rotational speeds to maintain effective cutting conditions and surface quality. Speed increasers address this requirement by increasing spindle output while maintaining machining stability.

Tooling systems for Citizen, Tsugami and Star machines are stocked for North American customers, supporting reduced lead times and machine utilization requirements.

Knurling and Marking Systems for Traceability
The company will also present knurling and marking technologies used in component finishing and identification processes. Cut and form knurling tools support applications such as hand tools, fitness equipment and dental instruments where controlled surface textures are required.

Marking systems provide permanent identification of production data, part numbers and logos directly on machined components. Such marking capabilities support traceability requirements in regulated industries and manufacturing environments where component tracking is essential. According to the company, marking operations can be completed in less time than comparable laser-marking processes for certain applications.

Collets and Guide Bushings for Material Processing
Complementing the tooling portfolio are collets and guide bushings designed for multiple Swiss machine platforms and material-processing requirements. These components support workpiece stability, dimensional accuracy and process consistency during machining operations.

The products are available from inventory through Platinum Tooling's North American distribution network, supporting machine shops and original equipment manufacturers operating Swiss-type machining equipment.

IMTS 2026 Exhibition Details
The technologies will be exhibited at IMTS 2026, Booth 432201. The exhibition provides an opportunity for manufacturers to evaluate tooling solutions designed to improve machining performance, productivity and process reliability in Swiss-type CNC applications.

Additional Context: Technical Specifications and Competitive Benchmarking Not Included in the Original Product Announcement
High-speed tooling for Swiss-type CNC machines is a competitive segment that includes solutions from manufacturers such as Heimatec, WTO, Schwanog and other precision tooling suppliers. Performance comparisons typically focus on maximum spindle speed, bearing technology, runout accuracy, torque transmission and service life.

Speed increasers capable of reaching 48,000 rpm are generally targeted at micro-machining operations involving small-diameter cutting tools commonly used in medical, electronics and aerospace component manufacturing. In these applications, higher spindle speeds can improve cutting efficiency while helping maintain recommended surface speed parameters for carbide and coated cutting tools.

Similarly, modern knurling and marking systems are increasingly evaluated based on repeatability, cycle time, marking depth control and compatibility with traceability requirements associated with quality-management standards used in aerospace, medical and automotive production environments.

Edited by Sucithra Mani, Induportals editor – adapted by AI.

www.platinumtooling.com