CNC-Machined Excellence: Jlypt’s Precision Manufacturing Handbook
Defining CNC-Machined Components
CNC-machined parts represent the pinnacle of precision manufacturing, where computer-controlled tools transform raw materials into exacting components. At Jlypt, we’ve perfected this art through:
Alt: Showcase of precision CNC-machined parts produced at Jlypt facility
Material Science Breakdown
MaterialMachinabilityToleranceSurface FinishJlypt Specialization6061 AluminumExcellent±0.005mmRa 0.4μmAnodizing-ready316L StainlessModerate±0.008mmRa 0.8μmMedical-gradePEEK PlasticChallenging±0.01mmRa 1.6μmImplant-qualityTitanium 6Al-4VDifficult±0.006mmRa 0.6μmAerospace-certified
Process Innovations
- High-Speed Machining: 25,000 RPM spindles for aluminum
- Micro-Machining: 0.1mm end mills for delicate features
- Hard Turning: 60+ HRC materials without grinding
- Trochoidal Milling: 40% longer tool life
Industry Applications
Robotics Actuator Housing
Specs:
- 700g weight limit
- 0.02mm bore alignment
Jlypt Process:
- Simultaneous 5-axis machining
- On-machine CMM verification
Results: ✓ 50,000 cycle endurance ✓ 100% interchangeability
Optical Mounting Plate
Requirements:
- Zero thermal expansion
- 0.5μm flatness
Solution:
- Invar 36 machining
- Cryogenic stabilization
Outcomes: ✓ 0.3μm measured flatness ✓ 0.01° angular stability
Hydraulic Manifold
Challenges:
- Cross-drilled channels
- 500bar pressure rating
Execution:
- Solid model verification
- High-pressure testing
Achievements: ✓ Zero leakage ✓ 20% flow improvement
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Why Jlypt for CNC-Machined Parts?
- Design for Manufacturability: 200+ DFM checks
- Rapid Prototyping: 5-day standard lead time
- Full Documentation: PPAP, IMDS, RoHS reports
Engineering Support: [email protected] | https://www.jlypt.com
