Significant tool wear reduction with longer tool life
Reduced cutting force: lower physical labor intensity and improved efficiency
Hole quality improvement: minimized delamination; mitigated fiber pull-out; improved hole roundness and perpendicularity; reduced hole wall roughness
Simplified drilling processes: enhanced productivity with cost savings
Simplifying drilling process, reducing costs and improving efficiency with drilling-boring-reaming integrated design
Selected fine-grain materials from international brands with high intensity and high wear resistance
Left-hand flute design, enabling smooth and fast drilling, reducing surface roughness, and improving hole wall quality
Suitable for high-efficiency and high-quality drilling of CFRP composites
Simplifying drilling process, reducing costs and improving efficiency with step drill featuring drilling-boring design
Selected fine-grain materials from international brands with high intensity and high wear resistance
Four-flute design enhancing drilling precision and stability.
Suitable for rough machining of CFRP composites and high-efficiency and high-quality drilling of aluminum alloy, titanium alloy and laminated material
Suitable for hole drilling applications in carbon fiber composites, fiberglass, carbon-ceramic composites, superalloy, aluminum alloy, titanium alloy, and other advanced materials.
| Item | UHD-PA | Unit |
| Power | 350 | w |
| Model | UHD-PA40 | UHD-PA60 | UHD-PA185 | - |
| Idle Speed | 4,000 | 6,000 | 18,500 | rpm |
| Damping Device | Optional | - |
| Dust-Collection Device | Optional | - |
| Adaptive Amplitude | Nil | - |
| Drilling Diameter | ≤6 | mm |
| Max. Ultrasonic Amplitude | 6 | μm |
| Ultrasonic Frequency | 15-30 | kHz |
| Max. Ultrasonic Power | 70 | w |
