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  Workpiece 🔔 Graphite   Challenges (Electroplated Grinding Head) ❌ Poor surface quality   Benefits ✅ Surface roughness down by 81%, from 744nm to 139 nm ✅ Tool life increased by 3 times

  Workpiece 🔔 Silicon Nitride 🔔 150x50x0.5mm   Challenges ❌ Low machining efficiency ❌ Vulnerable to chipping and high scrap rate ❌ Short tool life   Benefits ✅ Cutting force reduction with ultrasonic machining ✅ Chipping decreases from 0.229mm to… Read More »Silicon Nitride Plate Cover & Cavity Machining

  Workpiece 🔔 Sapphire 🔔 Hole: D2.5×0.8mm 🔔 Required Roughness Ra < 200nm   Challenges ❌ Poor hole wall surface quality ❌ Polishing time too long for mass production   Benefits ✅ Hole wall roughness improved from by 85%, 293nm… Read More »Sapphire Through-Hole Sidewall Machining

Conprofe Benefits ✅ Lower surface roughness ✅ Profile tolerance consistently within 0.01mm ✅ 14 times tool life increase, from 100 to 1500 pieces   Workpiece 🔔 Aluminosilicate Glass 🔔 120 x 60 x 2.2mm 🔔 Required Roughness Sa < 600nm… Read More »Curved Surface Machining of Aluminosilicate Glass

  Workpiece 🔔 Glass 🔔 Thickness: 0.140mm → 0.068mm 🔔 Required Roughness Sa < 400nm   Challenges ❌ Severe cutter marks ❌ Thin glass without much room for polishing ❌ Easy to crack, low yield   Benefits ✅ Surface roughness… Read More »Ultra-thin Glass Flat Surface Machining

  Workpiece 🔔 Titanium Alloy TC4 🔔 145×70×7mm   Challenges ❌ Short tool life ❌ Severe burrs   Conprofe Benefits ✅ Tool life doubled ✅ Surface roughness down by 50% ✅ Burr reduction and lower manual deburring costs ✅ Clean… Read More »Titanium Alloy Phone Enclosure Side Milling

  Workpiece 🔔 Titanium Alloy 🔔 Hole: D1x10mm 🔔 Depth-Diameter Ratio 1:10   Challenges ❌ Long cycle time ❌ Poor hole wall quality: Heat discoloration, high roughness and severe burring     Conprofe Benefits ✅ Cycle time down by 73%,… Read More »Forged Titanium Alloy Deep Blind Cross-Hole Drilling