Description
The LTT BEAM is the latest innovation from KECO on Lateral Tension Tool technology giving technicians ultimate versatility and flexibility.
The short beam design allows lateral tension to be placed precisely where you need to create metal flow for easier dent reduction during GPR and PDR. This can include just outside of crown areas, as well as using secondary panels or structures for stability as lateral tension is applied.
Purchase 2 of the LTT BEAMs and create the ultimate setup for metal flow on both sides of damage, allowing technicians to have the damage area completely free and uninhibited to work.
- Stationary Leg – high strength, precision cast/machined leg and pin for fast setup and use with KECO Centipedes lateral tension hole
- Drive Leg – can be used to push or pull with high strength, precision cast/machined leg and pin for fast setup and use with KECO Centipedes lateral tension hole
- 300mm Beam – high strength, yet light weight, extruded aluminum beam with precision machined slide surfaces and adjustment holes for flexibility in setup and use
- Tension Knob – incorporates KECO’s signature tension knob for precise tension and finesse while pulling damage or use a power drill on the hex nut for faster adjustments
- Includes 4 KECO Blue Centipede Tabs – (2) each 50mm x 54 mm (2 x 2 in) rigid centipedes and (2) each contoured 50mm x 54 mm (2 x 2 in) rigid centipedes with lateral-pull hole
Additional information
| Weight | 0,92 kg |
|---|---|
| Brand |
Metal Medic Carbon Maxx Prop
Anson Inspection PDR Wedge
Metal Medic Pro Prop Carbon
Willey Quick Gripty Mat Medium
Anson Burro Window Wedge Curved
Willey Quick Carbon HDT Prop Rod Extension
ELIM A DENT HAIL STAND BATTERY RECIEVER FOR MAKITA 18V
DNE MAKSMASTER-S 6 LED BOARD, NO STAND
DNE Maksmaster-S Replacement Lens Model 2
DNE HOOD-STAND S2 L2
DNE Soffit Shop Light Stand Black
XCALIBUR AK 14 ALUMINUM KILLER 24" LENGHT-STRAIGHT ROD
XCALIBUR AK 14 ALUMINUM KILLER 18" LENGHT-RIGHT
XCALIBUR AK 16 ALUMINUM KILLER 24" LENGHT-LEFT
KECO ROBO MINI LIFTER SYSTEM 







