1. Very high precision cutting — the cuts are smooth, clear, and clean.
2. Repeatable cutting — the blade output is monitored by a closed loop electrical circuit to provide consistent cuts time after
time.
3. Cool temperature — little heat is imparted to the rubber.
4. Dry — no lubrication is needed since the vibrating cutting tool passes smoothly through the rubber, while ultrasonically
vibrating at 20,000 to 40,000 cycles per second, depending on the application.
5. Low energy consumption — the vibrating cutting horn is only activated when cutting, yielding approximately 100 watts or less
during a typical thin material application.
6. Ease of integration into automation — the ultrasonic rubber cutting process is simple enough to upgrade into existing
machinery or implement into new machinery.