PORTABLE SCALES
AXLE SCALES
RICE LAKE AX-SERIES
60,000 LBS
B-TEK AX300
60,000 LBS
Featuring a heavy-duty weighbridge design, the AX300 guarantees an accurate vehicle axle weight measurement every time. The weights are used to minimize the risk of overweight fines due to individual axles that exceed state maximum limits.
B-TEK AX200
60,000 LBS
Offering a versatile and heavy-duty design, B-TEK’s AX200 Portable Axle Scale system is ideal for accurately checking individual vehicle axle weights.
WHEEL WEIGHER SCALES
INTERCOMP PT300
5,000 LBS - 40,000 LBS
CAS Multi Axle Weighing Scale
10,000 LBS - 20,000 LBS
RICE LAKE LOAD RANGER
44,000 LBS
Load Ranger wireless wheel pads offer an adaptable, high accuracy solution for vehicle weighing, with unmatched performance. For easy, on-site positioning, these wheel weigh pads have integrated wheels and handles for ease of use in restricted spaces.
WEIGH BUGGY SCALES
B-TEK HOPPER
From fertilizers to grains, the B-TEK Hopper Scale is the perfect fit and solution for agriculture customers. B-TEK’s Hopper Scale will improve mixing accuracy and save time and labor.
BENCH/FLOOR SCALES
BTEK WEIGH-A-ROUND
The B-TEK Weigh-A-Round Portable Platform Scale is designed for any weighing application where it is more convenient to move the scale than the items being weighed.
CAS CWP
- Complete with full function battery operated LCD Display
- Ergonomic design insures portability & versatility
- Rugged cast iron industrial platform
DORAN PFS
With its rugged design, welded stainless steel frame and bright LED displays, you can customize this portable floor scale with your choice of seven different digital weight indicators.
PENNSYLVANIA M6300/SS6300
With the Drum Bunny, you don’t have to lift and move heavy drums or other containers to a stationary scale for weighing and then return them to stock.
RICE LAKE DECK HAND
Move the DeckHand to any part of a facility and be instantly ready to weigh accurately. The platform is designed to weigh perfectly on all corners. Off-center product loading will not affect weighing accuracy.