Frequently Asked
Questions

Technologies in rapid prototyping include 3D printing, selective laser sintering (SLS), fused deposition modeling (FDM), and stereolithography (SLA).

Sustainable shipping involves environmentally friendly practices, such as using recyclable packaging materials, optimizing shipment loads to reduce emissions, and choosing carriers that commit to carbon-neutral practices.

The box build manufacturing process involves several steps: Design and Prototyping: Conceptualizing the final product and creating prototypes. Sourcing Components: Obtaining all necessary parts, including PCBs, hardware, and cables. Assembly: Physically assembling the components into the final enclosure. Wiring and Cable Management: Connecting components within the enclosure. Testing: Ensuring the assembly meets functional and quality standards. Packaging and Shipping: Preparing the final product for delivery.

Box build assembly, also known as systems integration, is the comprehensive process of assembling complex electronic and mechanical components into a final product enclosure. It goes beyond PCB assembly to include the integration of all components into a complete system or sub-system.

EOL testing is crucial for ensuring product quality and reliability, identifying and rectifying defects before products reach customers, thereby reducing returns and enhancing customer satisfaction.

MDA testing is crucial for early detection of manufacturing defects, reducing scrap rates, improving yield, and ensuring product reliability before further investment in assembly.

An MDA works by applying test signals through a bed-of-nails tester or similar fixtures to PCBs, checking for basic circuit continuity and identifying manufacturing defects without powering the board.

A flying probe test uses movable test probes to make contact with components and test points on a PCB. It's flexible and does not require a custom test fixture, making it ideal for prototyping and low-volume production.

In-Circuit Testing (ICT): Tests each component on a PCB for shorts, opens, values, and functionality. Flying Probe Testing: Uses movable probes to test components and connections on small batch PCBs without a custom fixture. Functional Testing: Simulates the operational environment and verifies the PCB performs as intended.

Functional testing is crucial in PCB assembly because it: Ensures the assembled PCB meets the design requirements. Identifies manufacturing defects or component failures. Guarantees product reliability and quality before market release.