PUSH KNIFE™ features a rectangular plate for striking with a rubber mallet, enabling power from the mallet to be transferred to the blade and through the urethane. Equalizer® blades can be easily changed out by unscrewing the hinged plate that locks the blade in place. Available in 2 additional sizes! Inventor: Buzz Killingsworth
PUSH KNIFE™ features a rectangular plate for striking with a rubber mallet, enabling power from the mallet to be transferred to the blade and through the urethane. Equalizer® blades can be easily changed out by unscrewing the hinged plate that locks the blade in place. Available in 2 additional sizes! Inventor: Buzz Killingsworth
PUSH KNIFE™ features a rectangular plate for striking with a rubber mallet, enabling power from the mallet to be transferred to the blade and through the urethane. Equalizer® blades can be easily changed out by unscrewing the hinged plate that locks the blade in place. Available in 2 additional sizes! Inventor: Buzz Killingsworth
PUSH KNIFE™ is a machined aluminum hand tool designed to remove quarter glasses utilizing Equalizer® Express™ Blades. PUSH KNIFE™ features a rectangular plate for striking with a rubber mallet, enabling power from the mallet to be transferred to the blade and through the urethane. Equalizer® Express™ blades can be easily changed out by unscrewing the hinged plate that locks the blade in place. Includes all three sizes. Inventor: Buzz Killingsworth
HammerHead™ is an adapter for PUSH KNIFE™. When HammerHead™ is installed onto the end of PUSH KNIFE™, it acts as a receiving area for a rubber mallet to strike, enabling power from the blow to be transferred to the cutting area and through the urethane.
Equalizer® Raptor™ is a cord and wire auto glass removal device designed from the ground-up to dramatically improve the power of the vacuum cup with the integration of our AirForce™ Constant Vacuum Cups. This technology has been specifically developed by Equalizer® to create a quick placement and constant vacuum to the glass so the Raptor™ stays in place and resists sliding.