Custom Service

We accept a wide range of CAD and technical drawing formats:

Note: Please include material specifications, surface finish requirements, and tolerances in your drawings. Tolerance default: ±0.1mm unless specified.

1. 1
   Submit Drawings

   Upload your files via our inquiry form or email. Include quantity, material, and finish requirements.

2. 2
   DFM Review

   Our engineers review your drawings for manufacturability and flag any potential issues within 24 hours.

3. 3
   Receive Quote

   Detailed quotation with unit price, tooling cost, lead time, and payment terms delivered within 1-2 business days.

4. 4
   Confirm & Proceed

   Approve the quote, sign the order confirmation, and production begins immediately upon deposit receipt.

We offer a seamless transition from prototyping to full-scale production, ensuring consistency and quality at every stage.

• Prototype approval sign-off before mass production starts
• First Article Inspection (FAI) report provided
• Dedicated project manager throughout the lifecycle
• Tooling and fixture reuse for repeat orders -- no additional tooling cost

Our structural design service covers the complete mechanical engineering of your enclosure from scratch:

• 2D/3D CAD modeling (SolidWorks, AutoCAD, CATIA)
• Material selection guidance based on application environment
• Thermal management and ventilation design
• EMI/EMC shielding integration
• IP-rated sealing and gasket design
• Assembly-friendly fastener and joint design

All structural designs are delivered with full technical documentation, including BOM, assembly drawings, and tolerance specifications.

DFM analysis is provided free of charge for all customer-submitted drawings. We identify and resolve issues before production begins:

A detailed DFM report is shared with the customer within 24-48 hours of drawing submission.

We proactively identify opportunities to reduce your total cost of ownership without compromising quality or functionality:

• ✓
  Material Substitution -- Recommend equivalent materials with better availability or lower cost (e.g., SECC vs. SPCC for indoor applications)
• ✓
  Part Consolidation -- Merge multiple components into a single stamped or bent part to reduce assembly time and part count
• ✓
  Process Optimization -- Switch from welding to PEM fasteners or riveting where appropriate to reduce labor cost
• ✓
  Nesting Optimization -- Optimize sheet layout to minimize material waste and reduce raw material cost per unit