TY-157+SA-318 PE

TY-157 Automatic High-Speed Sleeve Wrapper with Servo-Driven Revolving System

TY-707-50 + TY-50J

TY-707-50 Continuous Motion High-Speed Side Sealer

SA-117 + SA-318 PE

SA-117: Automatic Tray-Based Shrink Bundling Machine

SA-316 Shrink Tunnel

Consistent Heat. Stable Performance. Superior Packaging Quality.

TY-7112, L Sealer

Efficient, Reliable, and Professional Packaging — Elevate Your Products with Our L Type Sealing Machine

Reduction Planetary Roller Screw

The Reduction Planetary Roller Screw integrates a built-in reduction mechanism to achieve an ultra-low lead while maintaining a large thread pitch, eliminating the need for an external gearbox in many applications.

Planetary Roller Screw

The Planetary Roller Screw utilizes multiple threaded rollers to convert rotary motion into precise linear motion.

Inverted Planetary Roller Screw

The Inverted Planetary Roller Screw is designed with a rotating nut and translating screw, making it ideal for compact installations and short-to-medium stroke applications.

SGS-1020AHD

Designed specifically for small and medium-sized workpieces, offering both high precision and operational flexibility.

SGS-1230AHD

Features a generous 12" x 30" (304 x 762 mm) grinding capacity, specially engineered for long precision parts and mold grinding.

SGS-1640AHD

Wide grinding capacity of 406 x 1016 mm (16" x 40"), tailored for long precision components and large molds.

SGS-2040AHD

Spacious 500 x 1000 mm (19.7" x 39.4") grinding capacity to fulfill the demanding needs of large precision parts and mold processing.

SGS-S2460AHD

Engineered specifically for heavy-duty workpieces and large molds, combining superior structural rigidity, high stock removal capacity, and precision performance.

CTQ-180

The CTQ-180 is a compact precision grinding machine optimized for small-to-medium workpieces. It is designed for high-efficiency contour grinding with consistent accuracy and smooth operation. The system provides excellent machining stability, user-friendly control interface, and is suitable for precision parts manufacturing such as linear components, tooling parts, and micro-mechanical elements.

CTO-4000

The CTO-4000 is a high-precision CNC grinding machine designed for advanced profile grinding applications. It is engineered to deliver ultra-fine geometric accuracy at the sub-micron level. The machine is widely used in precision mold manufacturing and high-end component finishing, offering stable rigidity, high thermal stability, and excellent surface finish performance for demanding industrial production environments.

CTRA-300

The CTRA-300 is an advanced automatic precision grinding system developed for high-volume production environments. It integrates automation capabilities with high-accuracy grinding technology, ensuring consistent quality output and reduced manual intervention. The machine is suitable for large-scale production of precision mechanical parts requiring tight tolerances and repeatable accuracy.

Vise In-row

In high-mix, high-volume, or varied-shape production, fitting a dedicated fixture for every part type means frequent changeover, machine utilization that is hard to improve, and persistently high cost. The Vise In-Row is designed to clamp multiple parts on a single vise body while accommodating a range of shapes, letting a shop complete many parts in one setup — effectively raising utilization, shortening changeover, and cutting cost.

Multi-power CNC Super Vise

Precision mould making and heavy-duty machining often pose a dilemma: table space is limited, yet the work demands powerful, stable clamping force. Conventional high-force vises are bulky, leaving little usable space once mounted and restricting clamping range. The Multi-power CNC Super Vise is designed to resolve this conflict — delivering an exceptionally large jaw opening in the shortest possible body so a limited table yields maximum capacity.

3-Faced Pyramid

Five-axis machining centres are capital-intensive, so both utilization and labour efficiency are key to amortizing their cost. When a machine can only work on one part at a time, every part must run through its full tool sequence, and the same tool has to be loaded separately for each part, so tool-change losses mount part by part; with short single-part cycles, operators must tend the machine constantly, making poor use of labour. The 3-Faced Pyramid is designed around machining three workpiece

Pneumatic Zero-point Clamping Bridge (Single Side for 1 Unit)

In multi-machine, multi-process production, three bottlenecks typically undermine utilization and flexibility: time-consuming changeover and clamping, accumulated error as workpieces move between machines, and a proliferation of inconsistent fixture interfaces that are difficult to manage. The Pneumatic Zero-point Clamping Bridge is designed to address these issues, using a single standardized interface to deliver "set up once, clamp quickly, and locate precisely even after transfer between mach