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Branson 40kHz 824-417-0009 82.5MM cutting horn
Frequency:40kHz
Size: 82.5MM
Cutting edge10°,Thin, thickness 16
For more than thirty years, Branson has been a leader in ultrasonic rubber cutting. Branson’s broad capabilities and global presence enable equipment builders and tire manufacturers around the world to quickly and economically adapt to cutting processes in the rubber industry. With technical centers and sales support centers worldwide, Branson is always close by, ready to understand and fulfill the needs of its customers when requested. With ultrasonic cutting, Branson’s application knowledge and expertise are unsurpassed, specifically with its ability to utilize Finite Element Analysis (FEA) by skilled engineers to analyze the most critical of factors during the acoustical tooling development process. Branson has a long history of being a partner with tire manufacturers and tire machine builders. Some of these partnerships have pushed the boundaries of our technology, to what was once uncommon is now an everyday cutting system.
Very high precision cutting — the cuts are smooth, clear, and clean.
• Repeatable cutting — the blade output is monitored by a closed loop electrical circuit to provide consistent cuts time after time.
• Cool temperature — little heat is imparted to the rubber.
• 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.
• Low energy consumption — the vibrating cutting horn is only activated when cutting, yielding approximately 100 watts or less during a typical thin material application.
• Ease of integration into automation — the ultrasonic rubber cutting process is simple enough to upgrade into existing machinery or implement into new machinery.
Ultrasonic
• Repeatable cutting — the blade output is monitored by a closed loop electrical circuit to provide consistent cuts time after time.
• Cool temperature — little heat is imparted to the rubber.
• 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.
• Low energy consumption — the vibrating cutting horn is only activated when cutting, yielding approximately 100 watts or less during a typical thin material application.
• Ease of integration into automation — the ultrasonic rubber cutting process is simple enough to upgrade into existing machinery or implement into new machinery.
Ultrasonic