Test fixture fulfillment process
This document outlines the complete fulfillment process for designing, manufacturing, and delivering bed-of-nails test fixtures to our customers.
Lead times by tier
| Tier | Standard delivery | Expedited |
|---|---|---|
| Dev | 2–3 weeks | 1–2 days |
| Dev Pro | 2–3 weeks | 1–2 days |
| Production | 6–8 weeks (2–3 weeks with proactive material stocking) | 1–2 days when materials are pre-staged |
Dev and Dev Pro fixtures are manufactured in-house from raw materials, which is what keeps their lead times short. Production fixture lead times are driven by sourced base equipment; proactive material stocking pulls them down to Dev Pro territory. See fixture tiers for how the tiers compare.
Process overview
The phases below apply to every fixture project. For Dev and Dev Pro orders the design and manufacturing phases compress substantially — the illustrative timeline shown here represents a complex Production-scale project.
Detailed process steps
1. Pre-kickoff
After a Purchase Order (PO) is submitted, the pre-kickoff phase ensures we have all the necessary information and customer approval before starting the project.
Activities:
Immediate Follow-up: Upon receiving a PO, we send a summary email to the customer containing:
- Complete fixture configuration details
- List of design files we will be using (PCB files, specifications, etc.)
- File format confirmation (ODB++, IPC-2581, or Gerber)
- Any special requirements or customizations
Customer Review & Confirmation: The customer must review and confirm that:
- The fixture configuration matches their requirements
- We have the correct and most current design files
- All specifications are accurate
Project Scheduling: Once confirmation is received, the project is scheduled and the kickoff date is communicated to you.
Timeline: Immediate follow-up after PO; awaiting customer confirmation
Key Stakeholders: Sales team, Customer, Project Manager
2. Kickoff
The project starts with full planning and a kickoff email so you know exactly who is working on your fixture and when to expect each phase.
Activities:
Project Planning:
- Engineering project is fully planned
- All tasks are created and assigned
- Timeline and milestones are established
- Resources are allocated
Kickoff Email: A comprehensive kickoff email is sent to the customer containing:
- Project Lead: Name and contact information of the dedicated project lead
- Engineering Resources: Team members dedicated to the project and their roles
- Project Timeline: Estimated completion dates for each phase
- Communication Plan: How and when updates will be provided
- Next Steps: What to expect in the design phase
Timeline: First business day following customer confirmation and scheduling
Key Stakeholders: Project Manager, Engineering Team, Customer
3. Design Phase
The engineering team develops the test fixture design based on the confirmed PCB files and specifications.
Activities:
- PCB Analysis: Import and analyze the customer's PCB design files
- Test Point Identification: Identify all test points and net connections
- Fixture Layout: Design the mechanical fixture layout including:
- Probe placement and alignment
- PCB mounting and support structures
- Connector and interface locations
- Vacuum or mechanical hold-down systems
- Electrical Design: Create wiring diagrams and electrical connections
- Component Selection: Select appropriate probes, connectors, and hardware
- Documentation: Generate design documentation and CAD files
Timeline: Varies based on fixture complexity (typically 1-3 weeks)
Key Stakeholders: Design Engineers, Project Lead
Deliverables:
- 3D CAD models
- Mechanical drawings
- Electrical schematics
- Bill of Materials (BOM)
- Probe list and specifications
4. Design Review
The completed design is reviewed with the customer to ensure it meets all requirements before manufacturing.
Activities:
Design Package Preparation: Compile all design documentation including:
- 3D renderings and CAD models
- Technical drawings
- Probe layout diagrams
- BOM and specifications
Customer Presentation: Present the design to the customer, highlighting:
- Test coverage and probe placement
- Fixture features and functionality
- Any deviations from standard design
- Timeline for manufacturing
Feedback & Revisions:
- Address customer questions and concerns
- Implement any requested changes
- Obtain formal design approval
Timeline: 3-5 business days for review; additional time if revisions are needed
Key Stakeholders: Project Lead, Design Engineers, Customer
Deliverables:
- Complete design package
- Customer approval sign-off
5. Manufacturing
Once the design is approved, the fixture enters the manufacturing phase.
Activities:
Material Procurement: Order all components, probes, and materials per the BOM
Mechanical Fabrication:
- CNC machining of fixture plates and components
- Surface finishing and treatment
- Quality inspection of machined parts
Assembly:
- Install probes and receptacles
- Wire electrical connections
- Mount connectors and interfaces
- Assemble mechanical components
Integration: Combine all subsystems into the complete fixture
Timeline: 2-4 weeks depending on complexity and component lead times
Key Stakeholders: Manufacturing Team, Procurement, Project Lead
Deliverables:
- Completed physical fixture
- Manufacturing documentation
- Assembly verification checklist
6. Quality Assurance
Every fixture undergoes rigorous quality assurance testing before shipment.
Activities:
Visual Inspection:
- Check for manufacturing defects
- Verify proper assembly
- Confirm component placement
Electrical Testing:
- Continuity testing of all test points
- Resistance measurements
- Short circuit detection
- Signal integrity verification
Functional Testing:
- Test with actual PCB (if available) or test board
- Verify all test points are accessible
- Check mechanical alignment and fit
- Validate connector interfaces
Documentation:
- Complete QA test reports
- Photograph fixture for records
- Create calibration certificates if applicable
Timeline: 1-3 business days
Key Stakeholders: QA Team, Test Engineers, Project Lead
Deliverables:
- QA test report
- Fixture certification
- Calibration certificates (if applicable)
7. Shipping
The completed and tested fixture is carefully packaged and shipped to the customer.
Activities:
Packaging:
- Protective packaging of the fixture
- Include all accessories and documentation
- Add handling instructions
Documentation Package:
- User manual and operation guide
- Maintenance instructions
- Wiring diagrams and schematics
- QA test reports
- Calibration certificates
- Spare parts list
Logistics:
- Coordinate shipping method with customer
- Arrange pickup with carrier
- Provide tracking information
- Insurance coverage
Customer Notification:
- Send shipping confirmation email
- Provide tracking number
- Include expected delivery date
- Schedule follow-up for receipt confirmation
Timeline: 1-2 business days after QA approval
Key Stakeholders: Shipping Coordinator, Project Lead, Customer
Deliverables:
- Packaged fixture
- Complete documentation package
- Tracking information
- Delivery confirmation
Communication and support
Throughout the entire fulfillment process:
- Regular Updates: Customers receive weekly status updates via email
- Issue Escalation: Any delays or issues are communicated immediately
- Point of Contact: The assigned Project Lead is available for questions throughout the process
- Post-Delivery Support: Technical support is provided after delivery for setup and initial use
Timeline summary
Phase durations below reflect a complex Production-scale project. Dev and Dev Pro projects move through the same phases on a compressed schedule — 2–3 weeks from PO to delivery (see Lead times by tier).
| Phase | Typical Duration |
|---|---|
| Pre-kickoff | 1-3 business days (awaiting customer confirmation) |
| Kickoff | 1 day |
| Design | 1-3 weeks |
| Design Review | 3-5 business days |
| Manufacturing | 2-4 weeks |
| Quality Assurance | 1-3 business days |
| Shipping | 1-2 business days + transit time |
| Total | Dev / Dev Pro: 2–3 weeks · Production: 6–8 weeks standard |
Note: Timeline may vary based on fixture complexity, component availability, and customer responsiveness.