Thursday, November 23, 2017 | Today's Vending Industry News
Woodbine Launches Tommy Gate 'Tuckunder' Style Lifting Tailgates

Posted On: 7/15/2014

  • Printer Friendly Version
  • Decrease Text SizeIncrease Text Size
  • PDF

TAGS: vending, fleet news, left gate, Woodbine Manufacturing Co., TKT Tuckunder liftgate, liftgates for flatbed, tuckunder design, Tommy Gate, moving tools, materials handling

WOODBINE, IA -- New from Woodbine Manufacturing Co. is the TKT Tuckunder Series of liftgates for flatbed, stake and van body trucks. The company, which has been producing Tommy Gate hydraulic lifts here for almost half a century, reports that the new TKT line represents its first tuckunder design.

TKT liftgates feature a state-of-the-art, wide-arm, dual-cylinder design, along with numerous installation, operation and service features engineered to maximize both operator and vehicle upfitter convenience.

TKT models initially are being offered with self-leveling wedge-style platforms (extruded aluminum or steel treadplate) and lifting capacities of 2,500 lbs. or 3,000 lbs. Bed extensions will fit either 96" or 102" wide bodies.

Standard features include hydraulic power-down for quick, consistent platform deployment and an underride impact guard to protect against vehicle underride, as well as 24" rubber dock bumpers to protect the bed extension from direct contact with the dock surface. A snubber kit secures the stored platform. A low-profile, fixed toggle control incorporates a five-minute inactivity shutoff. The TKT liftgate is supplied with full-length 2-gauge power cable and ground.

During the TKT R&D process, Tommy Gate's engineering and customer service departments obtained a great deal of feedback from their network of industry resources. This user and dealer input led to many of TKT's specifications and features.

Tommy Gate, vending truck lift gate
TOMMY GATE TKT: Now available from Woobine Mfg. is the first tuckunder-style lifting tailgate in the 49-year-old Tommy Gate line. Above, the TKT stored for travel; below left, detail of the sturdy joint that extends the platform during deployment; below right, the platform lowered in preparation for loading.