The LK 88T Servo Zinc Alloy Die Casting Machine is a high-efficiency cold chamber die casting solution specifically designed for the production of small to medium-sized zinc alloy components. Featuring an 88-ton clamping force, advanced servo hydraulic technology, and a rigid four-column structure, the machine delivers exceptional casting precision, fast cycle times, and outstanding energy efficiency. Ideal for manufacturing precision zinc alloy parts, the LK 88T is widely used in the electronics, hardware, automotive, telecommunications, and consumer goods industries.
The HH-2430D Multi-Station Cold Heading Machine is a high-performance fastener manufacturing solution designed for the efficient production of screws, bolts, rivets, pins, and custom cold-forged components. Developed with advanced Taiwanese engineering technology, the machine combines high-speed production, precision forming, and exceptional durability to meet the demands of modern fastener manufacturing. Designed for producing fasteners with diameters ranging from 4 mm to 15 mm and lengths from 25 mm to 240 mm, the HH-2430D is suitable for both standard and special fastener applications across multiple industries.
The CMM-12-420R CNC Rotary Spring Forming Machine is a heavy-duty, high-performance spring manufacturing system designed for producing medium to large-size springs and wire forms with exceptional accuracy and efficiency. Capable of processing wire diameters from 1.2 mm to 4.0 mm, this machine is ideal for manufacturing compression springs, extension springs, torsion springs, double torsion springs, battery springs, flat springs, and a wide range of custom wire-formed components. Featuring an advanced camless rotary forming structure and independent multi-servo control, the CMM-12-420R offers fast setup, flexible programming, and stable production performance for demanding industrial applications.
The CMM-12-236R CNC Rotary Spring Forming Machine is an advanced camless spring manufacturing system specifically designed for the production of compression springs, torsion springs, extension springs, double torsion springs, battery springs, flat springs, special-shaped springs, and precision wire forms. Suitable for wire diameters ranging from 0.4 mm to 2.3 mm, this machine combines high-speed rotary forming technology with independent servo control to achieve exceptional accuracy, productivity, and flexibility. The machine adopts a fully computerized multi-axis control system, allowing complex spring geometries to be programmed and produced efficiently while maintaining consistent product quality.
The ST35-10 Camless CNC Wire Forming Machine is a high-performance wire bending and wire forming solution designed for manufacturing a wide range of precision wire products without the limitations of traditional cam-driven systems. Featuring 10 servo-controlled axes and advanced CNC technology, the ST35-10 delivers exceptional flexibility, accuracy, and production efficiency for complex wire forms and custom-shaped components. With a wire diameter capacity of 1.0–3.5 mm, the machine is ideal for producing wire racks, clips, hooks, handles, automotive wire parts, hardware accessories, and various custom wire-formed products.
The core advantage of the HS-926 Swiss-Type CNC Lathe is primarily reflected in the optimization of its mechanical structure. This model features an integral cast bed, combined with high-rigidity linear guides and ball screws, effectively suppressing the cutting vibrations during the processing. Compared to traditional centering machines, the spindle and secondary spindle of this model adopt a coaxial opposite layout, enabling the processing of both the front and rear ends of the parts in a single setup, eliminating the coaxiality errors caused by secondary setups. At the same time, the HS-926 is equipped with a high-precision hydraulic chuck system, allowing the clamping force to be adjusted in real time. This ensures stable clamping of slender shaft parts while effectively avoiding deformation of thin-walled components. This design enables the key indicators such as roundness and cylindricity of the processed parts to be stably controlled within the micrometer tolerance range. The spindle speed of the HS-926 can reach 8000-10000 rpm, and the rapid movement speed is increased to 30 meters per minute, significantly reducing non-cutting time. More importantly, the tool turret system of the HS-926 supports up to 32 tool installations, with the number of power tools installable being flexiblely configurable. This enables it to complete complex processes that originally required multiple equipment setups in a single cycle.
