Equalizer® Python™ Instruction Guide (Complete Version)
Gilbert Gutierrez instructs you on his method for using the Equalizer® Python™ Auto Glass Removal Tool to remove a windshield without damaging the pinchweld. While utilizing the all-new Equalizer® RipCord™ Auto Glass Removal Line, Gilbert will walk you through each step and show you how using the Python™ and other helpful Equalizer® tools can really give you an advantage over your next removal.
About the Python™:
Modern vehicles have tight tolerances between the glass and the body. This can pose a problem when trying to remove glass with conventional wire or power tools, leading to damage of the pinchweld or glass itself.
Equalizer® has solved this problem with our revolutionary Python™ System which uses a unique, directional suspension reel. This allows the technician to wire-out todays auto glass safely and effectively. With just the movement of a curved stainless steel slide handle and Squire™ or RipCord™, you can cut through the toughest urethane with no resistance.
Setup time takes just a few minutes, just insert the cut-out Squire™ or RipCord™onto the outside of the vehicle beneath the moulding, place the Python™ Vacuum Cup Assembly on the inside of the glass and you will begin one of the easiest removals you have ever done.
This professional quality tool is designed to offer years of maintenance free service.
Products covered in this video include:
Python™ Auto Glass Removal System
Slither™ Corner Cutting Assistant
Snake Eyes™ Boroscope
Threader™ Auto Glass Wire & Cord Inserter
Squire™ Square Cut-Out Wire
Venom™ Wire Dispensing Unit
Auf dieser Seite können Sie das Online-Video Equalizer® Python™ Instruction Guide (Complete Version) mit der Dauer stunde minuten sekunde in guter Qualität ansehen, das der Benutzer Equalizer Auto Glass Tools 28 März 2013 hochgeladen hat, den Link mit Freunden und Bekannten teilen, dieses Video wurde auf Youtube bereits 67,907 Mal angesehen und es wurde von like den Zuschauern gefallen. Viel Spaß beim Betrachtenden Zuschauern gefallen!
