| The general purpose machinery industry demands versatile manufacturing solutions across custom equipment, component production, and system assembly. Our facility includes CNC machining, die casting, plastic injection molding, and sheet metal fabrication, which enable the production of durable, precise, and reliable machinery components. Our ISO 9001-certified facilities combine these technologies to deliver solutions from concept to final integration, supporting OEMs and integrators in achieving robust performance, cost efficiency, and faster deployment. | ![]() |
Core Capabilities & Manufacturing Advantages 1. CNC Machining for Machinery Applications CNC machining delivers uncompromising precision for critical drive, frame, and actuator components: Power Transmission Components: Drive shafts and coupling hubs (5-axis machining capability) Manufacturing Advantages: Material expertise: from carbon steels to stainless 316 and ductile iron Average lead time: 5-10 days for prototype components | ![]() |
2. High-Pressure Die Casting SolutionsDie casting enables robust, high-volume housings and structural parts for machinery:
| ![]() |
3. Plastic Injection Molding ExpertiseAdvanced molding solutions for covers, guards, and functional parts: Control panel housings (Class A surfaces optional) Cable management components (0.3mm wall thickness) | ![]() |
4. Sheet Metal Fabrication CapabilitiesPrecision metal forming for frames, brackets, and enclosures: Equipment chassis and frames (±0.2mm tolerance) 6kW fiber laser cutting (15mm mild steel capacity) | ![]() |
FAQ 1&2
1: What are your standard lead times for machinery prototype and production parts? Prototype: CNC machined samples: 5-10 days for steel/aluminum components Sheet metal prototypes: 7-12 days for fabricated assemblies Production lead times: Die casting: 5-7 weeks after mold approval Plastic injection: 3-5 weeks for medium volumes Machined & fabricated parts: 2-4 weeks depending on complexity All lead times include inspection and documentation per agreed specifications. | 2: How do you handle material certifications and traceability for critical machinery parts? We maintain complete material pedigree and process control with:Mill test reports (MTRs) or material certificates for all metals Material data sheets (MDS) for all polymers and coatings Lot-controlled material storage and handling First Article Inspection (FAI) reports and detailed process records Durable identification marking (DIM) for key components as required Retention of test specimens and documentation for a minimum of 5 years |