Customized CNC Titanium Parts , Precision Machining Services 0.01mm-0.02mm Tolerance

Tolerance 0.01mm-0.02mm Customized CNC Titanium Parts High Precision Machining Services

Product Description

Our CNC titanium alloy parts, based on the natural advantages of titanium alloy materials, integrate precision CNC machining technology to show excellent comprehensive performance. Titanium alloy itself has a perfect balance of high strength and low density, and its specific strength far exceeds that of ordinary steel. At the same time, it has extremely strong corrosion resistance and high temperature resistance, and can work stably for a long time in humid, acidic, alkaline and high temperature environments; and high-precision CNC machining ensures that the dimensional tolerance of parts is controlled within ±0.005mm, and complex structures such as curved surfaces, deep holes, and threads can be accurately formed to meet the stringent assembly and use requirements.

Whether it is a key load-bearing component in the aerospace field, a high-precision implant in medical equipment, or a core functional part of high-end equipment, these parts can stand out with excellent mechanical properties and machining accuracy. The surface roughness after processing can reach Ra0.8μm or less, without burrs and microscopic defects, which is not only convenient for direct assembly, but also compatible with subsequent treatments such as anodizing and coating, further improving performance and appearance, and providing reliable hardware support for high-demand scenarios.

Features

Our CNC titanium alloy parts have the following characteristics, relying on the excellent properties of titanium alloy materials, such as high strength, low density, corrosion resistance and high temperature resistance, combined with precision CNC processing technology:

1. High precision: Through advanced CNC equipment processing, the dimensional tolerance can be controlled within ±0.005mm, meeting the precision-matching requirements of complex structures.

2. Complex forming ability: It can complete the processing of complex structures such as polyhedra, deep holes, threads, curved surfaces, etc., and adapt to special designs in the fields of aerospace, medical equipment, high-end equipment, etc.

3. Stable performance: The mechanical properties of the titanium alloy substrate remain good after processing, and it can still work stably in extreme environments (such as high temperature, high pressure, and strong corrosion).

4. Good surface quality: The surface roughness after processing is low (can reach Ra0.8μm or less), which can be directly used for high-precision assembly, and is also convenient for subsequent surface treatment (such as anodizing, coating, etc.).

Technical Parameters

Applications

Our CNC titanium alloy parts are widely used in many high-end fields due to their high precision, strong performance and structural adaptability.

1. Aerospace field: used for engine core components, fuselage structural parts, fasteners, etc., relying on the high strength-to-weight ratio and high temperature resistance of titanium alloys to meet the lightweight and extreme working conditions of aircraft.

2. Medical device field: adapted to artificial joints, surgical instruments and precision components of medical equipment, the biocompatibility of medical-grade titanium alloys and the high cleanliness of CNC processing ensure safe adaptation with human tissue.

3. High-end industrial field: used in precision instrument parts, marine engineering parts, racing accessories, etc., relying on corrosion resistance and structural complexity, to cope with harsh environments such as high loads and strong corrosion, to ensure long-term stable operation of equipment.

Packaging and Shipping

The packaging and delivery process of Crida CNC titanium parts strictly follows standardized specifications to ensure that the parts are not damaged during transportation and are delivered efficiently.

The packaging process will select appropriate materials according to the material, precision and structural characteristics of the parts: high-precision parts are usually wrapped in anti-static bags or dust-free cloth to avoid surface scratches or static damage; parts that are susceptible to collision will be filled and fixed with cushioning materials such as foam and sponge, and placed in customized cartons or wooden boxes to prevent displacement caused by transportation bumps; for small and large parts, pallets or anti-static blister boxes will be used for classified storage to ensure clear identification. All packages are affixed with waterproof labels and marked with part model, quantity, batch number, and warning information such as "fragile" and "moisture-proof". At the same time, the product quality inspection report and packing list will be attached to the package for easy verification and acceptance.

When shipping, Crida will choose the transportation method according to customer needs and accessory characteristics: air or sea transportation, entrust a regular logistics company to handle customs clearance procedures and provide real-time logistics tracking services. Before shipping, we will confirm the delivery information with the customer to ensure that the delivery is correct. At the same time, we will create a shipping file to record the logistics order number, delivery time and other information to facilitate after-sales demand follow-up and ensure the integrity and traceability of accessories from packaging to delivery.