Our CNC machining solution provides high-precision, stable, and efficient manufacturing for complex metal and non-metal components. By integrating advanced CNC lathes and machining centers with high-quality cutting tools, we ensure tight tolerances, consistent quality, and excellent surface finishes.

The solution covers turning, milling, drilling, tapping, and threading processes, supporting both small-batch customization and mass production. Optimized tooling selection and process planning help reduce cycle time, extend tool life, and improve overall productivity.

This CNC machining solution is widely used in automotive, aerospace, electronics, medical devices, and precision machinery industries, delivering reliable performance and cost-effective results for modern manufacturing needs.

Automotive industry, achieving long tool life is a decisive factor for production efficiency and cost optimization. Our tooling solutions are engineered to meet the highest performance standards, consistently outperforming competing products in both durability and cutting speed benchmarks.

A significant part of our success in the automotive sector comes from our application-driven consulting approach. By thoroughly analyzing each customer’s machining environment, material requirements, and productivity goals, we are able to recommend the optimal tool solution for their specific application. Any improvement in tool performance directly translates into increased manufacturing efficiency—higher cutting speeds, extended tool life, and reduced downtime all contribute to a measurable competitive advantage.

As lightweight construction becomes increasingly important in modern automotive engineering, new materials such as aluminum alloys, high-strength steels, composites, and hybrid materials demand advanced tooling technologies. With our high degree of flexibility and continuous innovation, we are fully equipped to address these challenges and deliver tailored solutions for evolving material trends.

We remain committed to advancing tool life, performance, and machining stability, ensuring that our partners in the automotive industry can consistently achieve higher productivity and maintain a strong competitive edge in an ever-faster market.

Aerospace applications, threaded connections must guarantee absolute reliability, exceptional load-bearing capability, and consistent performance under extreme operating conditions.These thread types feature tighter tolerances, enhanced root radius, and optimized profile geometry, ensuring improved fatigue strength and maximum safety in critical fastening assemblies.

Our threading tools are engineered to deliver high precision, stable dimensional accuracy, and superior surface quality, even when machining the most challenging aerospace materials—including high-temperature alloys, heat-resistant superalloys, titanium alloys, and other materials with extreme hardness or toughness.

Supported by decades of industry experience, we have successfully partnered with many well-known aerospace manufacturers worldwide. This experience enables us to provide not only high-performance tools, but also complete technical support, including process optimization, tool selection guidance, and customized solutions tailored to your production environment.

In the field of medical technology, threading tools are subject to exceptionally stringent requirements. Thread profiles used in this industry often feature non-standard pitches, customized geometries, and application-specific dimensions—particularly in prosthetic construction, where thread designs can deviate significantly from conventional norms.

As a specialist in custom and precision threading tools, we are capable of supplying solutions tailored to the full spectrum of prosthesis screw geometries and the diverse connection types used throughout the medical sector. Our taps and dies ensure flawless thread surfaces, providing the high precision and surface integrity required to meet medical-grade standards.

Medical applications also impose strict criteria regarding material compatibility, biocompatibility, and resistance to organic substances. Consequently, the materials used—such as titanium alloys, cobalt-chrome alloys, high-performance stainless steels, and various hard-to-machine biomaterials—present significant machining challenges.

Drawing on years of experience, we have successfully delivered numerous specialized tooling solutions for these demanding materials and applications. Building on this foundation, we look forward to continuing our collaboration with partners in the medical technology industry, providing innovative and reliable solutions for future challenges.

The energy sector presents a wide range of demanding applications and highly diverse thread dimensions. Whether it involves extra-long and large-diameter taps required for the construction, assembly, and maintenance of wind turbines, or tools capable of machining extremely heat-resistant steels used within the inner structures of nuclear reactors, provides the precise tooling solutions needed for these critical operations.

In energy-sector maintenance and repair work, rapid availability is often essential. As full-range supplier, we maintain an extensive inventory that allows us to supply a large portion of tools directly from stock, ensuring minimal downtime for our customers. For application-specific requirements or special dimensions, we are also equipped to respond quickly with custom-engineered tools, offering some of the shortest delivery times in the market.

With our combination of technical expertise, broad product range, and exceptional delivery capability, committed to supporting the energy industry in achieving safe, reliable, and efficient operations across all its demanding applications.