OEMTOOLS 24833 Heavy Duty Floor Jack Cross Beam Adapter - Low Profile Car Jack Extension for Vehicle Lifting & Maintenance | Perfect for Garage, Auto Repair Shops & DIY Mechanics

Product Description What happens when a vehicle without an axle beam rolls into your garage? You pull out your OEMTOOLS 24833 Floor Jack Crossbeam. Compatible with any floor jack that has a 1-1/8 inch diameter saddle stud, the service jack cross beam comes pre-assembled. The steel floor jack cross beam takes mere minutes to attach to the jack with a mounting peg. Depending on the size of the car, the saddle on the cross beam jack adapter extends from 23 inches to 32 inches from the center. The threaded pad design on the floor jack attachment gives you an extra 2 inches for exact adjustments. On each end of the garage floor jack crossbeam, there are two rubber lift pads that provide extra security so you don’t have to worry about slipping. You can use the automotive floor jack crossbeam to lift cars at rocker panels for simultaneous wheel service, brake inspections, steering inspections, suspension repairs, oil filter changes, and more. The low profile of the garage car jack crossbeam allows you to easily slide beneath parked vehicles. The garage jack crossbeam greatly reduces the chance of undercarriage metal damage and provides stability for the entire front, rear, or side of a lifted vehicle. This powerful tool can hold up to 3000 lb. at the minimum width and up to 4000 lb. at the maximum width. From the Manufacturer A sturdy welded steel cabinet. It is a self- contained unit operating on 115V alternating current and connects to your present air supply. The unit is equipped with an internal blasting gun that controls the air flow. Years of blasting experience are molded into the Bench-Top to offer a cabinet that is durable, highly efficient and inexpensive. We are convinced that this machine is the practical answer to automobile rebuilders, diyr's, pros, and many industrial applications where quality finishing and cleaning is needed at a fraction of the conventional time required