- +1.801.556.9254
- chad.adams@mach9solutions.com
- 8:30 - 17:00 (MST)
Our 3 Step Development Process
We work hard with our customers to create trusted partnerships and help them minimize the waste created from poor measurement systems
Tooling/Fixture
Design
- Initial Fixture Concepts Developed
- Customer Design Review & Approval
- Final Detailed Design Completed
- Second Design Review with Customer (if Requested)
- Release for Fabrication
Fabrication &
Assembly
- Order Raw Materials
- Mill / Turn / 3D Print / Fabricate Components
- Pre-assemble & Run Preliminary Gage R&R
- Send out For Finishing (anodizing, plating, etc.)
- Final Assembly and Inspection
Qualification,
Delivery & Support
- Develop Measurement Procedure & Test Protocol
- Deliver Fixture to Customer’s Site
- Train Operators on the Procedure
- Perform Final Gage R&R at Customers Site
- Final Approval From Customer
If your Proof of Concept, Design Verification, Validation, Reliability, Manufacturing / QC Inspection Test Systems Perform Like This...
Then You Will Recognize the Impact it’s Having on your Business Performance...
Research & Development
• Unpredictable and inconsistent product performance
• Unplanned and expensive “design – build – test cycles”
• Long and unpredictable development time lines
• Missed launch date commitments
• Poor post design transfer product quality and performance
Process Development
• Poor process stability
• Inadequate short and long term process capability
• Tight process windows requiring extra product sampling, testing and machine adjustments to stay in control
• Repeated and unplanned IQ, OQ and PQ test runs to meet acceptance criteria
• Additional components and cost from repeat testing
Manufacturing Engineering
• Unnecessary product testing that impacts yield and productivity
• Needless cost variance from ship holds, scrap, and product dispositions created from bad test data
• Confounded root cause analysis that impedes continuous improvement activities
• Poor equipment availability from frequent line stops due to subassembly testing
QA & Test Management
• Large volumes of unnecessary corrective and preventative action plans
• Unnecessary product performance testing
• Needless ship holds, scrap, and product dispositions from bad test data
• Increased Regulatory audit finding risk
• Needless training and inspection procedures