Precision Surface Finishes: The Jlypt Advantage in CNC Machining
Surface Finish Technology Spectrum
Jlypt’s surface engineering department operates with 14 proprietary finishing protocols, achieving surface roughness from Ra 50μm to 0.02μm across all material groups:
Microscopic comparison of Jlypt’s surface finish levels from rough to mirror polish
Technical Specification Matrix
Finish GradeStandard MethodJlypt EnhancementMeasurement EquipmentTypical ApplicationsCoarse (Ra 6.3-12.5μm)Conventional millingDynamic toolpath optimizationMitutoyo SJ-410Agricultural partsFine (Ra 1.6-3.2μm)High-speed machiningChip flow controlZeGage PlusAutomotive componentsPrecision (Ra 0.4-0.8μm)Diamond turningThermal stabilizationAlicona InfiniteFocusMedical instrumentsUltra-Precision (Ra <0.1μm)Elastic emission machiningSub-nano vibration controlZygo NewView 9000Optical components
Industry-Specific Case Analyses
Aerospace Turbine Blades
Material: Inconel 718 Surface Requirement: Ra 0.2μm with directional grain Jlypt Process:
- Adaptive 5-axis machining
- Abrasive flow finishing
- Non-contact profilometry
Quality Metrics: ✓ 100% airflow conformity ✓ 30% fatigue life improvement
Semiconductor Wafer Chucks
Material: 6061-T6 aluminum Surface Requirement: Ra 0.05μm isotropic Jlypt Solution:
- Cryogenic machining
- Magnetorheological finishing
- White light interferometry
Performance Results: ✓ <0.5μm flatness ✓ 99.9% particle-free
Marine Propeller Shafts
Material: Duplex stainless steel Surface Requirement: Ra 0.8μm with 15% Cr enrichment Jlypt Technique:
- Trochoidal milling
- Electrochemical polishing
- EDS composition analysis
Certification Achievements: ✓ DNV-GL compliant ✓ 10x corrosion resistance
Custom Surface Solution Inquiry
Why Choose Jlypt Surface Finishes?
- Material-Specific Finishing Protocols
- Nanometer-Level Process Control
- Cross-Industry Expertise
Technical Contact: [email protected] | https://www.jlypt.com
