Aluminum Copper Steel CNC Precision Machining Parts For Medical Equipment

Product Specification

CNC Precision Machining Parts For Medical Equipment Aluminum Copper Steel

Product Description

Crida's precision CNC parts are high-precision parts processed using computer numerical control (CNC) technology and are widely used in many fields. Its processing process begins with the use of professional software to write processing programs and process flows based on product design requirements and drawings. Then, the program is input into the control system of the CNC machine tool for programming, and the raw materials to be processed are firmly clamped on the machine tool workbench to ensure stability and accuracy during processing. Subsequently, the machine tool automatically performs cutting, drilling, milling and other operations according to program instructions and set parameters. After processing, the size and shape of the parts must be quality inspected to ensure that they meet the design requirements.

These parts have significant advantages. In terms of accuracy, they can reach the micron level, meeting the requirements of industries such as aerospace that have strict precision requirements; high efficiency, automated processing reduces manual intervention and increases production speed; strong flexibility, and programs and parameters can be flexibly adjusted according to different designs; complex shapes can also be processed, and special structures such as curved surfaces and threads are not a problem, fully meeting the diverse design and production needs.

Advantages

1. Extremely high precision: With the help of advanced CNC systems and precision machine tools, the processing accuracy can be stably controlled at the micron level. This makes the produced parts accurate in size and extremely small in shape error, which can meet the extremely high precision requirements of industries such as aerospace and medical equipment, and ensure stable product performance.

2. High processing efficiency: High automation is a highlight. After programming is completed, it can be automatically processed, which greatly reduces manual operation and waiting time, and can operate 24 hours a day. In mass production, a large number of parts can be processed quickly, effectively shortening the product delivery cycle and improving the company's market response speed.

3. Diverse processing materials: Not only can it process common metal materials such as aluminum alloy and stainless steel, but it can also process special materials such as engineering plastics and carbon fiber composite materials to meet the requirements of different product designs for material performance and broaden the range of product design material selection.

4. Stable and reliable quality: The whole process is controlled by the program to reduce interference from human factors. Each part is produced strictly in accordance with the preset standards, with highly consistent size and quality, effectively reducing the defective rate and saving costs for the company.

5. Strong processing capability for complex shapes: Multi-axis linkage technology is a powerful support for Crida's precision CNC parts processing. It can realize 3-axis, 4-axis and even 5-axis linkage, easily complete the processing of complex curved surfaces, special-shaped structures and internal fine structures, fully unleash the creativity of designers, and meet the needs of complex product design and manufacturing.

6. High processing flexibility: Just adjust the program to quickly switch to process different parts. Whether it is single-piece customization or large-scale mass production, it can be completed efficiently to meet diverse production needs.

Technical Parameters

Technical Support & Services

Crida provides technical support and services throughout the entire process for precision CNC parts, so that customers have no worries.

• Preliminary technical consultation: The professional engineer team will meet customer needs at the first time, and communicate in depth about the purpose of the parts, performance requirements, design details, etc. For example, if the customer wants to produce aviation parts, the team will provide material selection suggestions based on aviation standards, such as the use of titanium alloys to meet high strength and lightweight requirements, and will also provide optimization solutions for structures that are not conducive to processing in the design to ensure the machinability of the parts.

• Customized processing plan: Based on customer drawings and needs, combined with its own advanced equipment and processes, formulate exclusive processing plans. Detailed planning of each processing step, clear cutting parameters and processing paths, use simulation software to preview the processing effect in advance, predict and solve potential problems, such as for complex curved surface parts, use multi-axis linkage processing technology to ensure processing accuracy and efficiency.

• Communication during the production process: Keep close contact with customers throughout the production process, regularly provide feedback on processing progress, and with the help of real-time monitoring system, customers can check the processing status of parts at any time. If problems are encountered during production, such as tool wear affecting precision, we will immediately discuss solutions with customers and flexibly adjust processing strategies while ensuring quality.

• Quality inspection and after-sales: We have a complete inspection system and use professional equipment such as three-coordinate measuring machines to strictly inspect the size, shape, and surface roughness of parts to ensure that they meet tolerance standards. After the parts are delivered, we provide an after-sales guarantee. If customers find quality problems, we will respond within 24 hours, arrange technicians to analyze the causes, rework or replace them free of charge, and collect customer feedback to continuously improve services.

FAQ

• Q: What is the machining accuracy of CNC parts?
• A: Crida uses advanced equipment and technology, and the dimensional accuracy can usually reach ±0.01mm. Special customization can achieve higher accuracy to meet the stringent requirements of different industries. However, the actual accuracy is affected by factors such as the complexity of the parts, material properties, and tool wear. We will communicate and evaluate in detail when placing an order.

• Q: What materials can be processed?
• A: The production cycle depends on the order quantity, part complexity, and process difficulty. Simple parts and small batch orders are usually delivered in 3-5 working days; complex or large-volume orders may take 7-15 working days, or even longer, and the specific details will be clearly informed when the order is accepted.

• Q: How long is the processing cycle?
• A: Polyurethane (PU) resin is mainly used, and there are many properties to choose from, such as materials with properties similar to ABS, PC, PMMA, PP, POM, rubber, etc., to meet the requirements of different parts for strength, toughness, transparency, wear resistance, etc.

• Q: How to ensure the processing quality?
• A: We have a strict quality control system, with detailed programming and simulation before processing to ensure the rationality of the process; real-time monitoring of equipment operation and processing status during processing; full inspection after completion using professional equipment such as three-coordinate measuring machines, 100% inspection of key dimensions, and strict quality control.

• Q: Can you provide design assistance?
• A: If you have design needs, our engineering team can provide technical support, give optimization suggestions from the perspective of machinability based on the purpose and performance requirements of the parts, assist in improving the design plan, and help the product to be produced smoothly.