Hot Melt Jetting Valves
Accurate hot melt adhesive application
Speedstar Diamond Jetting Head
The SpeedStar Diamond is the latest electronic jetting head for applying thermoplastic adhesives in beads and dots.
Extremely reliable and robust, it maintains exceptional speed and accuracy even at very high temperatures up to 185°C and viscosities up to 2,500 mPas. The integrated electronics and LED display monitors the head’s condition. Learn more at robatech.com.
- Very long lifecycle up to 250 million cycles (depending on adhesive)
- Operates at temperatures up to 185°C
- Capable of handling adhesive viscosities from 100 – 2,500 mPas
- Hydraulic pressure up to 75 bar
- Internal filter eliminates blocked nozzles
- Special ‘CoolTouch’ housing reduces risk of harm to operators
- Up to 800 dots per second
- Hot melt detection available with iTac IR
SX Diamond Jetting Head
The SX Diamond is an insulated electro-pneumatic jetting head for applying thermoplastic adhesives and hot melt PURs.
This product is characterized by the small installation dimensions, the fast response and very good tear-off behavior. Learn more at robatech.com.
- 120 points per second
- Operates at temperatures up to 200°C
- Durable, long lifespan up to 200 million cycles (with the SX LongLife)
- Ball or needle valve
- Capable of handling adhesive viscosities from 500 – 5,000 mPas
- Precise adhesive application with perfect tear-off behavior
- Internal filter eliminates blocked nozzles
- Constant temperature for highest adhesive quality
- CoolTouch unit
- Hot melt detection available with iTac IR 2L sensor
Software Overview
Leary’s Monet software integrates seamlessly with Robatech hot melt solutions. Simple setup is available with Robavis touch screen which loads directly onto Leary’s interface. Once hot melt valves are set up, see full operation on Monet screen as product is running.
Solutions For Your Industry
Leary solutions are offered to improve plant efficiencies, decrease setup time, increase uptime and lower product waste, regardless of machine type.