Case Studies
Real-world examples of how we've solved complex manufacturing challenges for our clients.
Medical Devices
Medical Device Startup: 35% Cost Reduction Through DFM
How a medical device startup reduced manufacturing costs by 35% and improved lead times through comprehensive Design for Manufacturability analysis.
Key Results
35%
Cost Reduction
62%
Lead Time
98%
First-Pass Yield
90%
Scrap Reduction
Challenge
Complex design with 47 unique features requiring 12 different machining operations, resulting in high production costs and long lead times
Solution
Conducted comprehensive DFM analysis and redesigned components to reduce feature count to 18 and consolidate operations to 5 steps
Services
Automotive
Automotive Supplier: 28% Cost Reduction with Casting Optimization
An automotive supplier reduced part costs by 28% through casting design optimization and reduced post-machining requirements.
Key Results
28%
Cost Reduction
33%
Lead Time
83%
Scrap Reduction
80%
Quality Improvement
Challenge
Complex casting design with tight tolerances required extensive post-machining, increasing costs and quality risks
Solution
Redesigned part geometry to optimize casting process and reduce machining requirements by 60%
Services
Aerospace & Defense
Aerospace Component: Precision Titanium Machining for Critical Application
Successfully machined complex aerospace components from titanium alloy with ±0.0005" tolerance for critical flight-critical application.
Key Results
±0.0003"
Tolerance Achieved
100%
First-Pass Yield
100%
On-Time Delivery
Excellent
Customer Satisfaction
Challenge
Complex aerospace titanium component with ±0.0005" tolerance for critical flight-control system requiring AS9100D compliance
Solution
Developed optimized CNC process with precision fixturing, high-speed machining, and comprehensive quality assurance
Services
Semiconductor & Electronics
Semiconductor Equipment: High-Precision Component Manufacturing
Manufactured precision components for semiconductor manufacturing equipment with micron-level tolerances and complex geometries.
Key Results
±0.00015"
Tolerance Achieved
99.8%
First-Pass Yield
100%
On-Time Delivery
Ra 0.15 μm
Surface Finish
Challenge
Semiconductor equipment components with ±0.0002" tolerance and micron-level surface finish requirements for high-volume production
Solution
Developed precision CNC process with high-speed machining, precision fixturing, and comprehensive quality assurance
Services
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