Tetta Tech

CNC Precision Machining Service

Yetta Tech is committed to providing exceptional CNC precision machining services, and we specialize in high precision, high quality parts manufacturing. As a leading precision machining company, we utilize advanced CNC technology to ensure that every precision machined part meets the highest industry standards. Our goal is to be your trusted partner in the continuous advancement of product innovation and manufacturing processes.

CNC Precision Machining - high precision machining with CAD+ CAM

Yetta Tech CNC Machining utilizes computer-aided design (CAD) and computer-aided manufacturing (CAM) software to control machine tools for precision machining. This technology allows the manufacture of parts with complex shapes and high dimensional accuracy requirements, and is used in a wide range of industrial sectors.

The core technology of CNC precision machining is a set of comprehensive systems integrating CNC programming, machine tool control, servo drive, precision measurement, tool technology, material science, CAD/CAM software integration, automation and robotics, as well as post-processing and quality control. These technologies collaborate with each other to ensure that every step from design to machining can achieve high precision and high efficiency, to meet the strict requirements of modern manufacturing for the processing of complex parts.

Yetta Tech CNC Machining is committed to technological innovation and continues to improve productivity through the use of advanced CAD/CAM software to optimize programming, the implementation of automated loading and unloading and tool changing systems, the use of high-performance tooling materials, and the introduction of intelligent monitoring and lean manufacturing methods. We also utilize simulation technology for machining process validation, integrate composite machining technology to improve stand-alone functions, and quickly adapt to different product requirements through modular design, while focusing on employee training to ensure leading technology and excellent workmanship to provide customers with efficient and accurate CNC precision machining services.

 High-precision machining: The high-precision CNC equipment we use has micron-level precision and is capable of achieving machining tolerances of ±0.005mm, ensuring the accuracy and consistency of part dimensions.

 Diversified material adaptability: Our CNC equipment and technology can adapt to metal (such as aluminum alloy, stainless steel, titanium alloy, etc.) and non-metallic materials (such as ABS, PC, PMMA, etc.), to meet the needs of different industries on the characteristics of the material.

Advantages of CNC precision machining services

Technological Leadership: We constantly track and adopt the latest CNC machining technology, and regularly upgrade and maintain automated equipment to ensure advanced machining technology and high production efficiency.

Rapid Response Mechanism: We are capable of rapid prototyping and can provide initial samples within 24 hours; at the same time, our mass production process is efficient and flexible, enabling us to respond quickly to customers' urgent order needs.

 Total Quality Control: We implement a strict quality management system, from raw material inspection to finished product inspection, every step of the process is subject to precise measurement and quality assessment to ensure that each part delivered meets the highest standards.
 Personalized and customized service: We provide one-on-one customer service, in-depth understanding of customer needs, and tailor-made processing solutions for customers, whether it is complex geometry or special surface treatment requirements, we can provide satisfactory solutions.

Application

CNC precision machining service plays a key role in several industries

Aerospace and Defense

CNC precision machining is used in the aerospace industry to manufacture turbine blades for aircraft engines, wing assemblies, landing gear components, and other parts that require lightweight and strong materials. These components are subjected to extreme temperature and pressure conditions, and therefore have extremely stringent standards for machining accuracy and material properties.

Medical Device

In the medical device industry, CNC precision machining technology is used to manufacture high-precision implants, surgical tools, and medical instrument parts. For example, heart valves, joint replacement parts, micro drills, and surgical forceps are some examples of parts that often require extremely high precision and surface finish to ensure their reliability and safety during medical procedures.

Automotive Manufacturing

In the automotive manufacturing industry, CNC precision machining technology is used to produce key power system components such as engine blocks, cylinder heads, pistons, crankshafts and other key power system components, as well as transmission system parts such as gears and bearings inside the gearbox. The precision of these parts directly affects the performance and fuel efficiency of the automobile, so there are extremely high requirements for machining precision and durability.

Electronics

In electronics manufacturing, CNC precision machining technology is widely used to manufacture precision components and housings for devices such as cell phones, laptops, and tablet PCs. For example, metal or glass back panels for cell phones, aluminum alloy housings for computers, and miniature connectors on circuit boards all require CNC machining to achieve fine design and functional integration.

CNC precision machining service flow

1. Demand Communication

Establish initial contact with customers to understand their product concepts and machining requirements.
Collect detailed technical parameters and specifications, including materials, dimensions, tolerances, surface treatments and so on.
Through questionnaires, interviews or on-site meetings, etc., discuss in-depth the customer's expected results and any special requirements.
2. Design Evaluation

A senior design team receives and analyzes the product drawings and technical documents provided by the customer.
Use professional CAD software to assess the feasibility of the design and check for any design flaws or processing irregularities.
Conduct multiple rounds of communication with the customer to make necessary adjustments and optimization of the design to adapt to the CNC machining process.
3. Production

Based on the evaluated and optimized design drawings, detailed CNC machining plans and procedures are developed.
Program the CNC machine, select suitable tools and machining parameters, such as cutting speed and feed rate.
Conduct trial machining to verify the accuracy of the machining program and tool path.
Batch production and monitor the machining process to ensure machining quality and efficiency.
4. Quality Inspection

Upon completion of machining, perform initial visual inspection of each part to screen out obvious defects.
Use precision measuring tools, such as CMMs and laser scanners, to inspect dimensional accuracy and surface finish.
Strict inspection of critical dimensions and tolerances to ensure compliance with design requirements and industry standards.
Mark and isolate non-conforming products and analyze the causes to prevent recurrence of the problem.
5. Product Delivery

After confirming that all parts have passed the quality inspection, clean, rust-proof and package them to ensure the safety of the products during transportation.
Arrange logistics or courier service according to customer's time requirement to ensure on-time delivery.
Provide detailed product delivery reports, including processing records, inspection reports and certificates of conformity.
Establish after-sales service mechanism to provide technical support and solutions to problems encountered by customers in the course of use.

Contact us

The entire CNC precision machining service process requires a high degree of precision and meticulous operation, and each step may affect the quality of the final product and machining efficiency.
Yetta Tech ensures that our relentless pursuit of precision and quality is evident every step of the way, from an accurate understanding of the customer's needs to the high quality delivery of the final product.

One-stop Machining Service Of Yetta Tech

CNC Machined Components - Professional and Precise Manufacturing Solutions

CNC machined components are a high-precision and efficient manufacturing process widely used in various industries. We are a professional company specializing in the manufacturing of CNC machined components, dedicated to providing high-quality machining services to our clients.Company OverviewOur co