1.Sales of Various Filling Valves and Accessories
Including glass bottle semi-electronic valves, fully electronic valves, can filling valves, robotic arms, sterilization machines, and other supporting equipment used in beverage and beer filling production lines.
2.CNC Machining of Custom Non-Standard Precision Components (Prototype & Low/High Volume Production)
Specialized in CNC precision machining of custom components using a wide range of engineering materials, including brass, carbon steel, aluminum alloy, stainless steel, 45# steel, acrylic (PMMA), POM (Delrin), ABS, nylon (PA), aluminum extrusion profiles, and engineering plastics.
Manufacturing capabilities include custom CNC machined parts, non-standard precision mechanical components, automation equipment parts, CNC milled and turned hardware components, precision metal fabrication, and CNC machining for automated machinery assemblies.
3.High-Efficiency & High-Precision CNC Machining for Blind Hole Threaded Components
Utilizing CNC machining centers for drilling, thread milling, and chamfering operations (minimum tapping size up to M1.6). Compared with conventional manual machining, CNC machining delivers higher thread accuracy, superior machining efficiency, and consistent blind-hole thread depth control.
The tolerance between effective thread depth and pilot hole depth can be controlled within 0.5 mm, meeting precision tapping requirements for thin-wall and precision components, especially for complex blind-hole drilling and threading applications.
4.High-Precision CNC Machining for Shaft Components
Extensive experience in CNC machining of precision shaft components with mature manufacturing processes and stable quality control. Dimensional tolerances can be maintained within ±0.02 mm, with surface finish reaching Ra 0.8 μm.
Suitable for high-precision rotating parts, transmission shafts, guide shafts, and custom mechanical shaft components used in automation and industrial equipment.
5.Precision CNC Machining for Thin-Wall Tube Components
Equipped with reliable imported CNC machining equipment and mature, stable machining processes for thin-wall tubular components.
Capable of maintaining excellent dimensional stability, concentricity, and surface finish while minimizing deformation during precision machining of thin-wall parts.
6.Mature Assembly Processes for Stable Valve Core Assembly Quality
Equipped with mature assembly processes and strict quality control systems to ensure highly stable assembly quality for precision valve core assemblies and mechanical components.
Capable of supporting high-precision fitting, valve assembly, and automated equipment component integration.
7.CNC-Machined Comb Bottle Handling System with Enhanced Structural Stability
The bottle combing device is manufactured from solid bar stock through precision CNC machining, providing superior structural strength and stability under high-intensity operating conditions.
Designed for reliable performance in beverage filling and automated production line applications.
8.Precision CNC Machining & Assembly for Complex Valve Body Components with Intersecting Angled Holes
Comprehensive CNC machining and assembly processes for complex valve body components featuring intersecting angled holes and multi-axis internal flow channels.
Capable of achieving high positional accuracy, sealing performance, and assembly stability for precision fluid control and filling system applications.
9.High-Precision CNC Machining for Precision Sealing Components
Precision sealing components can achieve surface finish requirements up to Ra 0.4 µm. With advanced precision machining equipment, mature manufacturing processes, and strict quality control systems, dimensional tolerances can be maintained within ±0.01 mm.
Suitable for high-precision sealing assemblies, valve systems, fluid control components, and critical precision mechanical applications.
10.4-Axis CNC Machining for Complex Contoured Components
Specialized in 4-axis simultaneous CNC machining for complex geometries, including helical grooves, curved surfaces, and multi-angle precision features.
Capable of achieving high machining accuracy and surface consistency for complex precision components used in automation, fluid systems, and high-end mechanical assemblies.
11.CNC Machining for Titanium Alloy & Difficult-to-Machine Materials
Specialized in precision CNC machining of titanium alloys and other difficult-to-machine materials. By utilizing high-efficiency trochoidal milling toolpaths, machining efficiency is significantly improved while reducing cutting load and tool wear.
This advanced machining strategy greatly shortens production cycle time and ensures stable precision for high-performance aerospace, medical, and precision industrial components.
12.CNC Machining for Multi-Angle & Compound-Angle Components
Equipped with high-precision tilting and rotating machine vises to support CNC machining of complex multi-angle and compound-angle components.
Capable of accurately machining inclined surfaces, angular features, and complex geometries while ensuring high positional accuracy and machining stability.
13.High-Transparency Acrylic (PMMA) Component CNC Machining
Specialized in CNC machining of high-transparency acrylic (PMMA) components. Through precision machining and polishing processes, optical-grade transparency and excellent surface finish can be achieved.
Suitable for precision display components, protective covers, fluid observation windows, medical device parts, and custom transparent industrial components.
14.High-Efficiency CNC Machining for Thin-Wall Aluminum Alloy Components
Specialized in precision CNC machining of thin-wall aluminum alloy components, capable of achieving wall thicknesses as thin as 0.5 mm with minimal deformation during machining.
Utilizing optimized machining strategies and precision fixturing to ensure dimensional stability, surface quality, and structural integrity for lightweight precision components.
15.3+1 Axis CNC Machining for Precision Multi-Sided Components
Utilizing 3+1 axis CNC machining technology for precision multi-sided component machining. Through 4-axis indexed machining, coaxial threaded holes and complex angular features can be machined with high positional accuracy.
Coaxiality tolerance can be maintained within 0.007 mm, ensuring excellent assembly precision and dimensional consistency for high-precision mechanical components.
16.CNC Engraving & High-Speed Precision Machining
Heat dissipation grooves are machined using high-speed machining strategies with shallow depth of cut and high feed rates, effectively reducing deformation while improving machining efficiency and production speed.
Suitable for precision heat sink components, aluminum housings, electronic cooling parts, and high-speed CNC engraving applications.
17.CNC Machining for Complex Cast Components
Utilizing advanced CNC machining strategies and optimized toolpaths for complex cast components, effectively controlling casting deformation and improving geometric tolerances of critical hole patterns.
Positional and geometric tolerances can be maintained within 0.007 mm, ensuring high precision, dimensional stability, and assembly accuracy for complex industrial and mechanical components.
