Details of Precision CNC Machining Products
This precision CNC machining product covers four core categories: precision turning parts, precision milling parts, precision grinding parts, and precision stamping parts. It mainly engages in precision hardware processing, precision plastic processing, precision ceramic processing, and precision composite material processing. It can provide customized services such as CNC precision machining, five axis precision machining, slow wire precision machining, and electrical discharge precision machining. It is suitable for 58 sub application scenarios such as aerospace parts, automotive precision parts, electronic precision components, medical precision equipment, new energy precision structural parts, and instrument precision parts. With micrometer level machining accuracy, stable product performance, and strict quality control, it has become a benchmark product in the industry. The product uses high-quality raw materials such as stainless steel, aluminum alloy, titanium alloy, engineering plastics, zirconia ceramics, etc., and integrates core processes such as precision measurement, precision polishing, and precision assembly. It has four core selling points: high strength, high wear resistance, high consistency, and high adaptability. Precision CNC turning can customize precision products of different specifications, accuracies, and uses according to customer drawings, accurately matching the high-end manufacturing needs of various industries. The whole process follows the ISO9001 quality system, from raw material procurement, production and processing to finished product testing, every process is refined, effectively solving the pain points of traditional processing products such as insufficient accuracy, poor stability, and short service life, helping customers improve product competitiveness. This high speed machining is widely used in various fields of high-end manufacturing and has gained unanimous recognition in the market.
Core advantages of the product
1.Precision: Processing accuracy can reach ± 0.001mm, surface roughness Ra ≤ 0.02 μ m, strict control of dimensional and positional tolerances, meeting the stringent requirements of high-end manufacturing for precision components, eliminating assembly failures caused by precision deviations, and adapting to scenarios with extremely high precision requirements such as precision instruments and medical equipment.
2.Material: 304 stainless steel, 6061 aluminum alloy, TC4 titanium alloy, PEEK engineering plastics, zirconia ceramics and other high-quality raw materials are selected. Through strict material testing, it is ensured that the raw materials are free of impurities and defects, and have the characteristics of high strength, high wear resistance, corrosion resistance, high temperature resistance, anti-aging resistance, etc., extending the service life of the product.
3.Process: Advanced processes such as CNC five axis linkage machining, slow wire cutting, precision grinding, electrical discharge molding, and precision polishing are adopted, combined with automated production equipment, reducing manual intervention, lowering processing errors, improving product consistency, and achieving a pass rate of over 99.8% in batch production.
4.Customization: We can customize precision products of different specifications, structures, and accuracies based on the drawings, parameters, and purposes provided by customers. We support small batch trial production and large batch mass production, and can flexibly adapt to the personalized needs of 58 segmented industries such as aerospace, automotive, electronics, and medical.
5.Quality: Adhering to the ISO9001 quality system throughout the process, equipped with precision testing equipment such as coordinate measuring instruments, projectors, hardness testers, etc. From raw material warehousing, production process monitoring to finished product outbound, multiple testing processes are carried out to ensure that every product meets quality standards and has no quality hazards.
5.Efficiency: Adopting automated production lines and intelligent control systems, optimizing production processes, shortening production cycles, small batch products can be delivered in 3-5 days, and large batch products can be delivered in 7-15 days. Compared with traditional processing modes, the efficiency is increased by more than 30%, meeting customers' needs for fast delivery.
Core features of the product
1.Precision structure: The product structure design is reasonable, the details are pro
cessed in place, there are no burrs or scratches, the surface is smooth and flat, suitable for precision assembly scenarios, and can be directly put into use without secondary processing.
2.Stable performance: After rigorous process treatment and quality testing, the product can maintain stable performance in complex environments such as high and low temperatures, humidity, and corrosion, and is not easily deformed or damaged. Its service life can reach more than 10 years (slightly different depending on the usage scenario).
3.Strong adaptability: Compatible with the assembly needs of different brands and models of equipment, it can be used as a core component and auxiliary component, widely used in 58 segmented fields, with both universality and specificity.
4.Environmental protection and energy conservation: The production process uses environmentally friendly processing materials, with no harmful gases or wastewater emissions, in compliance with national environmental standards; The product material is recyclable, practicing the concept of green manufacturing and reducing customer usage costs.
5.Easy to maintain: The product has a simple structure and has undergone special surface treatment, making it l
ess prone to dust and oil stains. Daily cleaning only requires wiping with a dry soft cloth, with low maintenance costs and no need for professional maintenance personnel.
Product processing technology
1. Core processing technology
-CNC precision turning: Using high-precision CNC lathes and hard alloy cutting tools to turn raw materials, it can process precision parts such as shafts, sleeves, and discs with high precision and efficiency, suitable for mass production.
-CNC precision milling: By using a CNC milling machine, the product is milled into flat, curved, groove and other structures, supporting polyhedral machining and adapting to complex structures of precision products, with good machining consistency.
-Slow wire precision machining: Using slow wire cutting equipment, high-precision cutting is carried out using electrode wires, with a machining accuracy of ± 0.001mm. It is suitable for machining complex shapes and small sizes of precision components without cutting force, avoiding product deformation.
-Precision Grinding: Using precision grinding machines to grind the surface of products, improving surface roughness and dimensional accuracy. It can be used for surface grinding, external cylindrical grinding, internal cylindrical grinding, etc., and is suitable for precision machining of high-precision products.
-Electric discharge precision machining: using the principle of electric discharge to process conductive materials, suitable for precision parts with complex cavities and irregular structures. The machining process has no cutting force and does not damage the surface of the product.
2. Auxiliary processing technology
-Precision polishing: using mechanical polishing, chemical polishing and other methods to polish the surface of the product, remove surface burrs and scratches, improve surface smoothness, and meet appearance and usage requirements.
-Precision measurement: Using precision testing equipment such as coordinate measuring instruments, projectors, hardness testers, roughness meters, etc., to test the dimensions, form and position tolerances, surface roughness, hardness, and other parameters of the product to ensure that it meets quality standards.
-Surface treatment: According to customer needs, surface treatments such as anodizing, electroplating, passivation, and spraying can be carried out to improve the corrosion resistance and wear resistance of the product, while optimizing the appearance of the product.
-Precision assembly: For precision products with multiple component combinations, high-precision assembly equipment is used to strictly control assembly tolerances, ensuring stable performance and smooth operation of the product after assembly.
Product usage instructions
1. Preparation before use: Check the appearance of the product for damages, scratches, burrs, and other defects, verify that the product size and specifications are consistent with the requirements, and ensure that the product has no quality problems before use;
2. Assembly operation: According to the equipment assembly manual, accurately install the precision machined product to the corresponding position, avoid excessive force during the assembly process, prevent product deformation and damage, ensure that the assembly is in place and there is no looseness;
3. Usage process: During use, avoid contact with sharp objects, corrosive liquids, high temperature and high pressure environments, and prevent product wear, corrosion, and deformation;
4. Daily maintenance: Regularly clean the product, wipe the surface dust and oil stains with a dry soft cloth, and avoid using corrosive cleaning agents; Regularly inspect the assembly of the product and tighten it promptly if any looseness is found;
5. Storage method: When not in use, place the product in a dry, ventilated, and clean environment to avoid moisture, dust, and corrosion. Sealed packaging can be used for storage to prevent oxidation and damage to the product.
Product scope of application
This precision machining product covers 58 segmented application scenarios and is widely used in
various fields of high-end manufacturing, as follows:
1.Aerospace: used for precision components of aircraft engines, aviation instrument accessories, spacecraft structural components, satellite precision components, etc;
2.Automobile manufacturing: used for precision structural components of new energy vehicle batteries, precision parts of automotive engines, precision components of transmissions, automotive electronic components, etc;
3.Electronic appliances: used for precision components of smartphones, computer accessories, precision components of sensors, electronic connectors, precision resistor and capacitor housings, etc;
4.Medical equipment: used for precision accessories of medical devices, surgical instrument components, medical testing instrument components, implantable medical precision components, etc;
5.instrumentation: used for precision instrument casings, precision components inside instruments, measuring instrument accessories, instrument pointers, etc;
6.In the field of new energy, it is used for precision components of photovoltaic equipment, precision components of wind power equipment, structural components of energy storage equipment, etc;
7.Other fields: used for precision parts of molds, precision components of fixtures and jigs, precision structural parts of robots, high-end hardware products, etc.
