Jako profesjonalista CNC machining service provider, AOOM Technology understands that precision is a critical factor for engineers, procurement managers, and business owners when selecting machining solutions. This article explores the general machining accuracy achievable with CNC technology and how AOOM ensures top-tier results for your projects.
Standard machining accuracy of CNC equipment typically ranges between ±.005 mm to ±.1 mm (±.0002" to ±.004"), depending on multiple factors including machine type, material properties, tooling, and process control. High-end CNC machines can achieve even tighter tolerances down to ±.001 mm (±.00004") for specialized applications.
1. Machine Quality: Our ISO-certified facility utilizes advanced 5-axis CNC mills and Swiss-type lathes with rigid constructions and thermal compensation systems.
2. Tooling Selection: AOOM employs premium carbide end mills and diamond-tipped tools for exceptional wear resistance.
3. Material Characteristics: Different materials (aluminum, titanium, plastics) require specific machining strategies to maintain dimensional stability.
4. Process Engineering: Our technicians optimize cutting parameters, fixturing, and tool paths for each project.
W AOOM Technology (https://www.aoomtech.com/) konsekwentnie dostarczamy części z:
- Standard tolerance: ±.02 mm (±.0008")
- High-precision tolerance: ±.005 mm (±.0002")
- Ultra-precision tolerance: Upon request with specialized equipment
Nasz CNC machining services incorporate advanced metrology equipment including CMMs and optical comparators to verify every dimension against your specifications. We maintain rigorous quality control procedures to ensure repeatable accuracy across production runs.
Od komponentów lotniczych wymagających dokładności na poziomie mikronowym po urządzenia medyczne o złożonej geometrii, nasze możliwości wspierają branże, w których precyzja nie podlega negocjacjom. Skontaktuj się z AOOM Technology już dziś, aby omówić, w jaki sposób możemy spełnić Twoje specyficzne wymagania dotyczące tolerancji, jednocześnie optymalizując wydajność produkcji.