OEM ODM Custom CNC Milling Service , Precision Titanium Machined Parts

Custom CNC Milling Service Precision Titanium Machined Parts

Product Description

Shenzhen Crida Model Co., Ltd. has more than 10 years of experience in customized CNC machining in China. The high-precision parts it produces are widely used in new energy, military, communications, aerospace, medical and other industries. The company focuses on high-quality non-standard metal parts customization and precision machining services, equipped with a series of CNC machine tools, which can complete CNC turning, milling, grinding, EDM and other processes. Relying on deep industry accumulation, we have become a trusted choice for customers seeking stable processing solutions. Whether it is prototype development, high-complexity component processing, or small-batch trial production and large-scale mass production, we strictly follow international CNC machining standards. We cooperate with companies in many places around the world to produce precision parts using various certified qualified materials, including aluminum, carbon steel, copper alloy, magnesium alloy, titanium alloy, plastic, etc., to help customers optimize material costs and improve production efficiency. We are committed to establishing long-term cooperation with customers, providing solutions that meet personalized needs, focusing on precision control, cost optimization and on-time delivery. By continuously upgrading technical capabilities, promoting efficient production models, and adhering to the customer-first concept, we always ensure that customer expectations are met and reliable results are delivered.

Advantages

1. Quotation within 48 hours.
2. Quality you can rely on.
3. Crida provides 100% satisfaction at world-competitive prices.
4. We pay meticulous attention to details throughout the whole manufacturing process.
5. Rigorous QC standards, 100% inspection before shipping.
6. Strict delivery time control for each and every order.

Technical Parameters

Technical Support & Services

We build a full-process technical support and service system around precision CNC titanium parts. In the early stage, we rely on professional teams to provide technical consultations such as design optimization, material selection, and process customization, and deeply participate in product research and development; relying on high-end equipment such as five-axis linkage machining centers and customized fixtures to ensure efficient processing of complex structures and high-precision (±0.005mm level) parts.

During the production process, we strictly implement ISO standards, from raw material spectrum detection to finished product three-coordinate full-size inspection, to achieve full-process quality control; support small batch rapid proofing and large batch JIT production, 24-hour response to after-sales needs, and free redo of quality issues. In addition, customized exclusive solutions are customized for the characteristics of industries such as aerospace and semiconductors, with dual guarantees of technology and services to help customers implement projects.

FAQ

• Q: Why is tool wear easy to occur during titanium alloy CNC processing?
• A: Because the deformation coefficient of titanium alloy is small, the sliding friction distance of the chip on the front face of the tool is long, and the thermal conductivity is low, the cutting heat is concentrated in the cutting area, which will accelerate tool wear. At the same time, the elastic modulus of titanium alloy is small, and it is easy to bend and deform during processing to produce vibration, which will also aggravate tool wear.

• Q: What surface quality problems are prone to occur during titanium alloy CNC processing?
• A: Titanium alloy has high hardness and high cutting temperature. Special tools (such as tungsten-cobalt carbide tools) can better adapt to these processing characteristics. Its blade angle is small, the blade edge is sharp, and the blade is processed with arc transition, which can avoid the tip of the blade from breaking and fragmenting, and is conducive to chip removal and reducing cutting temperature.

• Q: Why do you need special tools to process titanium alloy?
• A: Titanium alloy has high hardness and high cutting temperature. Special tools (such as tungsten-cobalt carbide tools) can better adapt to these processing characteristics. Its blade angle is small, the blade edge is sharp, and the blade is processed with arc transition, which can avoid the tip of the blade from breaking and fragmenting, and is conducive to chip removal and reducing cutting temperature.

• Q: What effect does tool coating have on titanium alloy processing?
• A: You can choose TiN coating, TiAIN coating, etc., which can avoid the affinity reaction between titanium alloy material and the titanium component in the tool coating to cause sticking, and can also reduce the hardened layer produced during titanium alloy processing.

• Q: How to ensure the processing accuracy of CNC titanium alloy parts?
• A: It is necessary to select appropriate cutting parameters to avoid excessive cutting speed and excessive cutting depth. At the same time, high-precision CNC machine tools and high-stability fixtures are used to ensure accuracy and stability during processing.

• Q: Why are CNC titanium alloy parts more expensive?
• A: The raw material cost of titanium alloy itself is relatively high, and it is difficult to process, which causes great wear on the tool and relatively low processing efficiency. It requires the use of special processing technology and equipment, and may also require special surface treatment, all of which lead to increased costs.

• Q: How to reduce the processing cost of CNC titanium alloy parts?
• A: You can choose the appropriate raw materials according to the part structure. For example, parts with simple structures can use low-cost black leather materials, and parts with high tolerance requirements can use polished rods. Reasonable setting of processing parameters, improving processing efficiency, and reducing tool wear can also reduce costs to a certain extent.