3 Axis 4 Axis 5 Axis Precision CNC Part Mechanical Milling Parts Service

High Precision Custom CNC OEM Machining Mechanical Milling Parts Service

Product Description

Crida's precision CNC parts are the crystallization of modern manufacturing intelligence and technology. Relying on advanced computer CNC technology, it provides high-precision and high-performance component solutions for various industries.

From the perspective of processing, it starts with the precise design process. With the help of professional CAD software, engineers transform the design concept of parts into accurate three-dimensional models, carefully planning each dimension, tolerance and surface requirement. Subsequently, the model is further converted into program instructions that can be recognized by the machine tool, and the tool path and cutting parameters are carefully planned. During the machining stage, the high-precision CNC machine tool drives high-speed rotating tools to accurately cut various materials according to the program. Through multi-axis linkage technology, the processing of complex contours can be completed, combined with real-time monitoring and coolant assistance, ensuring the stability and efficiency of the process. After the processing is completed, precision measuring tools such as three-coordinate measuring machines and projectors are used to conduct comprehensive inspections of the parts to ensure that every detail meets strict design standards.

Crida precision CNC parts have significant advantages. In terms of accuracy, it can easily reach the micron level, and some special processes can achieve submicron level accuracy, meeting areas such as aerospace and medical care that require extremely high accuracy requirements. During production, programmatic operations ensure that the same batch of parts is highly consistent, and the automated process greatly reduces manual intervention and significantly improves production efficiency. With its powerful multi-axis linkage capability, it can control complex structures such as free curved surfaces, deep cavities and precision inner holes that are difficult to process in traditional methods. Moreover, just by changing the program and fixture, you can quickly switch to produce different parts, which is especially suitable for small batches and multiple varieties of customized manufacturing. In terms of material applications, Crida can achieve efficient precision processing, whether it is aluminum alloy, stainless steel and other metals, or various engineering plastics.

Based on these advantages, Crida Precision CNC parts are widely used in multiple industries. In the aerospace field, it is used to manufacture key components of aircraft engines, wing structural parts, etc. to ensure the safety and high performance of equipment under extreme conditions; in automobile manufacturing, it helps to produce precision parts of engines, transmissions and other systems, and improves the efficiency and overall performance of automobile power transmission; in the medical device industry, it meets the strict demand for high precision and high surface quality of implantable medical devices and diagnostic equipment components; when manufacturing electronic equipment, precision structural parts, heat sinks, etc., for mobile phones, computers, etc., to promote the development of products to miniaturize and high precision.

Features

1. High precision: Crida's precision CNC parts processing accuracy can reach the micron level, and even achieve submicron level accuracy under specific processes, which can meet the needs of extremely high precision requirements in aerospace, medical devices, and other fields, ensuring product performance and safety.

2. High stability and repeatability: Once the machining procedure is determined, the machine tool can operate stably, ensuring that the size and quality of the same batch of parts are highly consistent, reducing assembly problems caused by part differences, and is suitable for large-scale production.

3. Strong processing capability of complex shapes: With multi-axis linkage technology, complex structures such as free curved surfaces, deep cavities, and precision inner holes can be processed, breaking through traditional processing restrictions and providing strong support for product innovative design.

4. High production efficiency: The automated processing process reduces manual intervention, the machine tool can operate continuously, and cooperates with efficient programming and parameter optimization to greatly shorten the processing cycle and improve production efficiency.

5. Wide material adaptability: it can process various metals such as aluminum alloy, titanium alloy, stainless steel, as well as engineering plastics such as acrylic, nylon, POM, etc., and can also process special materials such as ceramics and composite materials to meet the diverse needs of different industries.

6. High flexibility: Just modify the program and replace the fixtures to quickly switch to produce different parts, suitable for small batches and multiple varieties of customized production to meet the personalized needs of the market.

7. Good surface quality: The processing process is stable, combined with advanced cutting processes and cooling systems, the surface of the parts can be smooth and delicate, usually without secondary processing, reducing production costs.

8. High automation: From the clamping of raw materials to the completion of processing, most of the links can be automatically completed by machine tools, reducing the intensity of manual labor and reducing errors caused by human factors.

9. Easy quality traceability: The entire processing process is controlled by the program, and the data in each link can be recorded and saved. When quality problems occur, it is easy to quickly trace the source and find the root cause of the problem.

10. Good machining consistency: Perform processing strictly in accordance with the procedures, avoiding unstable factors that may occur in manual operations, and ensuring that each part meets the design standards.

11. It has an online inspection function: some advanced equipment supports online inspection during the processing process, monitors the size and processing status of parts in real time, adjusts in time, and further improves the processing accuracy.

12. High process integration: A variety of processing processes such as milling, drilling, boring, and tapping can be completed on a machine tool, reducing the number of parts clamping and ensuring the position accuracy between each processing surface.

Technical Parameters

Applications

Crida Precision CNC parts play a key role in many industries with their advantages such as high precision and complex shape processing capabilities. In the field of aerospace, the manufacturing of key components such as turbine blades, combustion chamber components, and fuselage frame structural parts is inseparable from it. These parts need to withstand high temperatures, high pressures and high stresses. Crida Precision CNC parts can meet strict accuracy and quality requirements, ensuring the safe and high-performance operation of aviation equipment.

In automobile manufacturing, it is used to produce engine cylinder blocks, crankshafts, gears of transmissions, shaft-type parts, and suspension components of chassis. By accurately controlling dimensional accuracy and surface quality, we can improve the vehicle's power transmission efficiency, reduce energy consumption and emissions, and enhance driving stability and comfort. In terms of electronic equipment manufacturing, the metal shells, internal heat sinks, and precision connectors of common products such as mobile phones, computers, tablets, etc. are all made of Crida precision CNC parts, which fit the development trend of lightweight and high-performance electronic equipment. In the medical field, artificial joints, pacemaker shells, surgical instruments, and other devices that require extremely high accuracy and biocompatibility are also accurately manufactured with the help of Crida precision CNC parts, providing strong support for the advancement of medical technology and the health of patients.

Packaging and Shipping

The packaging and delivery process of Crida Precision CNC 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.