Double Sided Separation Copper Core PCB For High Temperature Testing Equipment System

Double Sided Separation Copper Core PCB For High Temperature Testing Equipment System

Circuit Layers: 2 Layers

Product Unit Size: 1000*450mm 

Special Needs: 0.25mmx0.25mm

Substrate Thickness Tolerance: ± 10% Special 

Needs: ±0.02mm

Line Width Accuracy: 20% 

Speed Needs: ±2μm

Customer Background:

Ameco Co., Ltd., a leading manufacturer specializing in high-temperature testing equipment, needed a reliable supplier capable of manufacturing double-sided thermoelectrically separated copper substrate PCBs.

Customer's Request:

Customers face challenges in finding manufacturers that can provide one-stop solutions for double-sided thermoelectrically separated copper substrate PCBs. Customers are faced with the need to integrate advanced PCB technology into their equipment by finding a supplier that can provide comprehensive solutions while meeting strict quality standards to ensure precise temperature control, reliability, and longevity.

Solutions Provided:

Our company is a renowned PCB manufacturer and supplier providing comprehensive one-stop solutions as per the needs of our clients. Key components of our solutions include:

Ⅰ: Thermoelectric Separation Technology:

Utilizing advanced thermoelectric separation technology, we design PCBs that can effectively manage and control the temperature within high-temperature testing equipment.

Ⅱ: Double-Sided Configuration:

The double-sided design allows complex circuitry to achieve precise temperature control and meet the specific requirements of high-temperature environments.

Ⅲ: Copper base plate:

The copper base plate has excellent thermal conductivity, ensuring efficient heat dissipation, which is critical to maintaining a stable temperature during testing.

Ⅳ: One-stop solution:

From the initial procurement of electronic components to the final production and assembly stage, we provide a streamlined one-stop solution that simplifies the entire process for our customers.

Collaboration Process:

Collaboration involves ongoing communication and collaboration. Our engineers work closely with our customer's technical teams to perfect the PCB process flow according to their design control specifications. Prototypes are provided for rigorous testing to ensure optimal performance under high-temperature conditions.

Results And Feedback:

The delivered double-sided thermoelectrically separated copper base PCB exceeded the customer's expectations with the results:

Precise temperature control: Advanced PCB facilitates precise temperature control within high-temperature testing equipment, improving the accuracy of test results.

Reliability in high-temperature environments: PCBs exhibit strong performance and reliability even under extreme high-temperature conditions.

Simplified Integration: Custom designs facilitate seamless integration into customers’ existing high-temperature test equipment, minimizing downtime.

Prospect:

This successful collaboration laid the foundation for an ongoing partnership. Customers have expressed interest in exploring additional PCB solutions for new device models, demonstrating the potential for continued collaboration and mutual success.

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