Ultra-Precision CNC Milling Services by Ming-Li Precision

Ming-Li Precision offers industry-leading ultra-precision CNC milling services, leveraging advanced technology to meet the exacting standards of various industries. Our high-precision machinery ensures exceptional accuracy and superior surface finishes for intricate components.

 

Machine Overview

1. YASDA YMC430V

•         Brand: YASDA
•         Model: YMC430V
•         Origin: Japan
•         Machining Precision: ±1 µm
•         Repeatability: Ensures repeatable accuracy within ±0.5 microns.
•         Description: Renowned for delivering excellent surface finishes and high precision in milling applications, ideal for detailed and complex geometries.

2. YASDA YMC650V

•         Brand: YASDA
•         Model: YMC650V
•         Origin: Japan
•         Machining Precision: ±1 µm
•         Repeatability: Ensures repeatable accuracy within ±0.5 microns.
•         Description: Known for its efficiency and precision, suitable for a variety of milling tasks with superior accuracy.

3. YASDA YMC650V

•         Brand: YASDA
•         Model: YMC650V
•         Origin: Japan
•         Machining Precision: ±1 µm
•         Repeatability: Ensures repeatable accuracy within ±0.5 microns.
•         Description: Provides reliable performance and high precision for intricate milling tasks.

4. YASDA YBM640V

•         Brand: YASDA
•         Model: YBM640V
•         Origin: Japan
•         Machining Precision: ±0.002 mm
•         Repeatability: Ensures repeatable accuracy within ±0.5 microns.
•         Description: Ideal for high-precision applications requiring fine detail and superior surface quality.

5. YASDA YBM640V

•         Brand: YASDA
•         Model: YBM640V
•         Origin: Japan
•         Machining Precision: ±0.002 mm
•         Repeatability: Ensures repeatable accuracy within ±0.5 microns.
•         Description: Excellent for achieving high precision in complex parts with tight tolerances.

6. YASDA YBM950V

•         Brand: YASDA
•         Model: YBM950V
•         Origin: Japan
•         Machining Precision: ±0.002 mm
•         Repeatability: Ensures repeatable accuracy within ±0.5 microns.
•         Description: Suitable for large-scale milling projects requiring exceptional accuracy and surface finish.

Benefits of Ultra-Precision CNC Milling

1. Aerospace: High-precision components such as turbine blades and structural parts.
2. Medical Devices: Surgical instruments, implants, and diagnostic equipment.
3.  Electronics: Connectors, micro-components, and housing parts.
4. Automotive: Engine components, sensors, and intricate mechanical parts.

 

Applications in Various Industries

•         Aerospace: High-precision components such as turbine blades and structural parts.
•         Medical Devices: Surgical instruments, implants, and diagnostic equipment.
•         Electronics: Connectors, micro-components, and housing parts.
•         Automotive: Engine components, sensors, and intricate mechanical parts.

 

Why Choose Ming-Li Precision?

Ming-Li Precision stands out due to its commitment to quality, advanced technology, and customer-centric approach. We collaborate closely with clients to deliver solutions that meet stringent industry standards and exceed expectations.

 

 

CNC Milling Case Study: Aerospace Component - Engine Housings

 

Objective

        To produce high-precision engine housings for aerospace applications, ensuring durability and performance.

Challenges

•         Achieving extremely tight tolerances.
•         Ensuring high surface finish for aerodynamic efficiency.
•         Machining complex geometries required for advanced engine housings.

Solution

        Using Ming-Li Precision's advanced CNC milling technology with YASDA machines:

1. Machines Used:

   • YASDA YMC430V
   • YASDA YMC650V
   • YASDA YBM640V
   • YASDA YBM950V
   •  

2. Process:

   • Design and Programming: Detailed CAD models and precise CAM programming.
   • Setup and Machining: Secure workpiece setup and precise milling.
   • Inspection: Thorough inspection using high-precision measurement tools.

Results

•         Precision: Achieved tolerances within ±1 µm to ±0.002 mm.
•         Surface Finish: Superior finish, enhancing aerodynamic performance.
•         Complex Geometries: Successfully machined intricate housing shapes.
•         Quality Assurance: Consistent quality across all produced components.

Benefits

•         Enhanced Performance: High-precision housings contribute to better engine efficiency and reliability.
•         Cost Efficiency: Reduced material waste and minimized need for post-processing.
•         Scalability: Efficient process allows for scaling up production to meet increasing demands.

 

 

CNC Milling Case Study: Medical Devices - Orthopedic Implants

 

Objective

        To produce high-precision orthopedic implants that meet stringent medical standards for accuracy and surface finish.

Challenges

•         Achieving extremely tight tolerances.
•         Ensuring superior surface finish to prevent any tissue damage during implantation.
•         Machining complex geometries required for advanced implants.

Solution

        Using Ming-Li Precision's advanced CNC milling technology with YASDA machines:

1. Machines Used:

   • YASDA YMC430V
   • YASDA YMC650V
   • YASDA YBM640V
   • YASDA YBM950V
   •  

2. Process:

   • Design and Programming: Detailed CAD models and precise CAM programming.
   • Setup and Machining: Secure workpiece setup and precise milling.
   • Inspection: Thorough inspection using high-precision measurement tools to ensure compliance with medical standards.

Results

•         Precision: Achieved tolerances within ±1 µm to ±0.002 mm.
•         Surface Finish: Superior finish, minimizing the need for additional polishing.
•         Complex Geometries: Successfully machined intricate features required for implants.
•         Quality Assurance: Consistent quality across all produced components.

Benefits

•         Enhanced Performance: High-precision implants contribute to better surgical outcomes.
•         Cost Efficiency: Reduced material waste and minimized need for post-processing.
•         Scalability: Efficient process allows for scaling up production to meet increasing demands.

 

 

CNC Milling Case Study: Electronics - Precision Housings

 

Objective

        To produce high-precision housings for electronic devices, ensuring reliability and performance.

Challenges

•         Achieving extremely tight tolerances.
•         Ensuring excellent surface finish to protect internal components.
•         Machining complex geometries required for miniaturized electronic parts.

Solution

        Using Ming-Li Precision's advanced CNC milling technology with YASDA machines:

1. Machines Used:

   • YASDA YMC430V
   • YASDA YMC650V
   • YASDA YBM640V
   • YASDA YBM950V
   •  

2. Process:

   • Design and Programming: Detailed CAD models and precise CAM programming.
   • Setup and Machining: Secure workpiece setup and precise milling.
   • Inspection: Thorough inspection using high-precision measurement tools.

Results

•         Precision: Achieved tolerances within ±1 µm to ±0.002 mm.
•         Surface Finish: Excellent finish, protecting electronic components.
•         Complex Geometries: Successfully machined intricate housing shapes.
•         Quality Assurance: Consistent quality across all produced components.

Benefits

•         Enhanced Performance: High-precision components contribute to reliable and efficient electronic devices.
•         Cost Efficiency: Reduced material waste and minimized need for post-processing.
•         Scalability: Efficient process allows for scaling up production to meet increasing demands.

 

For more information about our ultra-precision CNC milling services, please contact us.