Tech Philosophy
At TSINFA, we continually improve our technology to ensure every CNC machining center is precise and reliable.
Our technical philosophy combines fine craftsmanship with intelligent CNC control. From spindle accuracy to software logic, every detail reflects the experience and dedication of our engineers.
Research & Development and Engineering Capabilities
TSINFA maintains a dedicated CNC machining center R&D team that continuously develops new models and optimizes existing products. Our engineers transform design concepts into actionable solutions, ensuring each machine meets performance and reliability requirements.
Every design undergoes simulation analysis, prototype validation, and real-world machining testing before being introduced into production. This integration of R&D and engineering enables us to deliver high-precision, stable, and durable CNC machining centers. You can confidently deploy them in your projects, helping your products capture greater market share.
Precision Manufacturing Processes
All critical components of our CNC machining centers are manufactured in-house under the strict supervision of our quality control department. Key parts such as spindles, ball screws, and guide rails undergo multiple machining and inspection procedures to ensure your CNC machining center is produced using high-precision CNC equipment.
Furthermore, each machine undergoes 72 hours of precision testing after assembly to guarantee operational stability.
Intelligent Control System
TSINFA employs multiple mainstream CNC systems, including FANUC, Siemens, Mitsubishi, and GSK. Each control system is optimized for structural compatibility with the machine tool to enhance response speed and machining precision.
Additionally, the machine tool features intelligent functions such as real-time monitoring, automatic diagnostics, and tool compensation, enabling operators to effortlessly maintain stable machining performance.
Quality Management
From casting machining to complete machine assembly, TSINFA enforces stringent quality standards at every stage.
Critical components such as spindles, guideways, and lead screws undergo multiple precision inspections—including CMM measurement, laser interferometry, and dynamic balancing tests—to ensure geometric accuracy and operational stability.
Before delivery, each CNC machine center undergoes comprehensive performance testing, covering positioning accuracy, repeatability, and other analyses.
Material Processing Capability
TSINFA CNC machining centers can process a wide range of metal and non-metal materials to meet your diverse production needs:
- sheet
| Material Type | Typical Materials | Typical Applications |
| Metals | Aluminum & Aluminum Alloys | Lightweight parts, high-speed machining, and parts with high surface finish requirements |
| Steel & Stainless Steel | Carbon steel, alloy steel, and 304/316 stainless steel, used for structural and durable components | |
| Copper & Copper Alloys | Conductive parts, precision components | |
| Titanium & Titanium Alloys | Aerospace, medical, and high-performance components | |
| Brass, Bronze & Zinc Alloys | Mechanical parts, molds, precision hardware | |
| Non-Metals | Engineering Plastics | ABS, POM, PEEK, suitable for functional parts |
| Composites | Carbon fiber, glass fiber reinforced materials, for high-strength, lightweight components |
