The King Sang Horizontal Gear Type Automatic Tapping Machine (KST Series) is a high-efficiency automatic tapping machine engineered for precision thread cutting. Its horizontal gear-drive system minimizes wear and delivers stable, quiet operation while automatically tapping and retracting workpieces, ideal for production environments requiring consistent accuracy.
The Rong Fu RF-31 series is a versatile milling and drilling machine designed for light to medium workshop tasks. It handles milling, drilling, boring, routing, and keyway cutting with a sturdy cast iron structure, a 730×210 mm table, and a 360° swivel head, ideal for toolmaking and fabrication jobs.
The King Sang KS-1908 ~ KS-1922 Air Tapping Machine offers high efficiency and precision in tapping operations. With air-powered spindle, safety clutch adapters, and various model sizes (KS-1908 to KS-1922), it handles capacities from M3 to M22. Stable, quiet, and ideal for high-volume production settings.
The Pao Fong PF-5S vertical milling machine features a 5 HP spindle motor and robust 254 × 1372 mm table. With dovetail and square ways, automatic lubrication, and rigid head tilting, it supports versatile machining tasks with precision and stability in general workshop or prototyping environments.
The Pao Fong PF-3S vertical milling machine features a 3-HP spindle and a 254 × 1270 mm standard table, designed for versatility in general workshop applications. With hardened & ground axes, Turcite-B coating, and optional accessories, it offers stability, precision, and modular upgrades.
The Pao Fong PF-2S vertical milling machine features a 3 HP spindle motor, standard 229 × 1067 mm table, and hardened & ground axes. With dovetail ways and optional upgrades such as coolant, power feed, and chip guard, it supports versatile milling tasks in small to mid-sized workshops.
The Taipu TP2000 Series Tapping Machine is a robust electric-powered machine offering tapping capacities from M4 to M30. With a wide working radius of 2000 mm, a quick-change chuck Ø31 mm, and programmable, stable operation up to ~150 RPM, it’s designed for productivity, precision, and comfort in industrial settings.
The Taipu TP1800 Series Tapping Machine is an electric arm tapping machine with 1800 mm working radius, supporting thread sizes from M2 to M16. Featuring a Φ19 mm quick-change chuck, speed up to 600 rpm, and 1.2 kW power, it offers precise, stable, and fatigue-reduced operation ideal for high volume production.
The Taipu TP1300 tapping machine series offers robust electric tapping with programmable torque control and dual speed gearing. With a 1.8 kW or 2.2 kW motor, 1300 mm working radius, and Φ48 mm quick-change chuck, it is suited for tapping M3 to M42 or M3 to M60 threads in industrial settings.
The Taipu TP915 Series Arm Tapping Machine is designed for efficient thread tapping in flexible positions. With working radius of 915 mm, support for taps from M2-M12 or M2-M16, and motor power of approximately 1.2 kW, it delivers stable torque and speed (up to ~600 rpm). Ideal for production lines requiring frequent tapping with precision.
The Taipu TP1100 Series Electric Arm Tapping Machine features a 1.2 kW electric motor, working radius of 1100 mm, and quick-change chuck (Φ31 mm). Supporting tapping from M3 up to M24 or M30 (depending on model), it delivers variable speed up to 150 rpm. Built for both vertical and horizontal operation, it offers floating arm motion for flexible positioning.
The PF-6SH-PLC from Pao Fong integrates turret milling capability with a touch-simple automatic control system. It features a 5 HP spindle, NST 40 taper, and hardened & ground axes, offering high rigidity and precision for vertical milling in automated or production environments.
The PF-6SH is a combined vertical and horizontal milling machine featuring a 5 HP spindle, step speed head plus horizontal speed head, and dual-purpose capability. With rigid construction, auto lubrication, and interchangeable functions, it supports both vertical and horizontal machining tasks efficiently.
The Pao Fong PF-6H horizontal milling machine delivers reliable performance with its 5 HP spindle and robust construction. Featuring a dual-way slide system, hardened & ground axes, and Turcite-B coatings, it supports medium to heavy milling tasks. Its optional accessories and lubricated feed screws enhance versatility and precision.
The Pao Fong PF-8SCNC is a 3-axis CNC vertical milling machine featuring a 5 HP inverter spindle head (7.5 HP optional) and a 105 mm quill for heavy duty cutting and drilling. The head tilts ±45°, enabling angled machining capabilities. Precision ball screws and servo motor drives ensure high accuracy and smooth motion.
The NC Spotting Drill Series 196 from Magafor is designed for precise centering and chamfering operations in CNC machining. Manufactured from high-quality carbide, it ensures excellent rigidity and positioning accuracy. The optimized geometry improves tool life while delivering consistent hole starting performance across various materials used in industrial manufacturing applications.
The Magafor Standard Center Drill R.H. HSS Metric 60º Form A is designed for precise centering operations before drilling or turning processes. Manufactured from high-speed steel, it provides durability and consistent performance. The 60-degree point angle ensures accurate positioning, making it suitable for machining centers, lathes, and general metalworking applications.
The Magafor 8040 Multi-V-29 miniature drill is a precision solid carbide tool designed for micro machining and engraving operations. Its 40-degree point geometry enables accurate centering, spotting, and chamfering while maintaining excellent rigidity. The tool supports multi-function machining, reducing setup time and improving productivity in CNC manufacturing environments.
Magafor 8555-Carbide-35 miniature end mills are precision micro-milling tools designed for CNC machining of thin metals and delicate components. Their round-corner carbide geometry enables stable cutting, compound form machining, and fine slot creation. Reinforced shanks improve rigidity, while the design supports easy regrinding for extended tool life and consistent micron-level performance in production environments.
Magafor 8510-H32 Extra Long Miniature End Mills feature Hard’X (AlTiN-based) coating engineered for high-speed micro-machining in hardened steels and die materials. The extra-long geometry enables deep cavity milling with precision, while the reinforced shank enhances rigidity. Optimized for dry machining, the coating provides excellent thermal stability, wear resistance, and extended tool life performance.
Magafor 8522-H-35 miniature end mills feature a 220° ball-end geometry with Hard’X coating designed for precision micro-machining in hardened steels and advanced alloys. The long-neck configuration allows access to deep cavities while maintaining rigidity. High thermal stability and wear resistance enable reliable dry high-speed machining performance and extended tool life.
Magafor 8529-H-33 miniature end mills are solid carbide ball-nose tools featuring Hard’X (AlTiN-based) coating for precision micro-machining in hardened steels and dies. The coating provides high thermal stability and wear resistance, enabling dry high-speed cutting. Reinforced shank geometry ensures rigidity and stability for micron-level milling performance in complex miniature components.
Magafor 8600-Megaforce-38 carbide tools are high-precision machine reamers designed for finishing cylindrical holes with exceptional accuracy and surface quality. Their reinforced shank minimizes vibration, while the innovative six-flute geometry with left spiral and right-hand cutting improves material removal rates. Ideal for micro-engineering, tooling, and aerospace component machining applications.
Magafor 0910-Futura-8 center drills are high-performance HSSE tools with advanced Futura coating designed for precise centering and spotting operations. Fully ground spiral flutes enhance chip evacuation and cutting efficiency. Reinforced shank geometry improves rigidity, making the tool suitable for micro-engineering, mold making, and precision machining industries requiring consistent accuracy.
