Ultra Flat Lifting Bags

1314018800
UF 3 Part # 1314018700
UF 6 Part # 1314018600
UF 10 Part # 1314020700

Ultra Flat Bags are especially characterized by their minimum insertion size of only 1.2 cm (0.5 inch) and are therefore the initial helpers at the application site. They develop their power in the narrowest of spaces and are therefore able to make room for other rescue equipment. The low air requirement and extremely simple handling enable Ultra Flat Bags to be used as quick as a flash thus reducing the work time needed for rescue services. 

The usual accessories (8.0 bar/116 psi) or the new STREAMLINE technology controller can be used in order to inflate Ultra Flat Bags.

This control unit, which is matched to EN 13731 enables millimetre accuracy in the control of Ultra Flat Bags and simplifies the work of rescue staff in the dark by the use of reflective labels and luminescent manometer

Super Mini Lifting Bags

1314009300
V 3 Part # 1413009500
V 5 Part # 1314018200
V 6 Part # 1413009600

Vetter Super-Mini Lifting Bags release their power in narrow spaces. Their advantages can be seen when used in spaces just about big enough to fit a hand. The main advantage for all sizes is the low height of only 2.5 cm (1 inch)

Mini Lifting Bags

The distinguishing feature of Vetter Mini Lifting Bags 8.0 bar/116 psi is the noiseless, jolt-free, and smooth lifting of the heaviest loads. They lift, push, press, prise and split, even on sloping surfaces. The surface profile improves grip on slippery ground such as grass, sand etc.

They are produced in two versions. Both versions have a multi-layer construction which covers each side of the bag. This is either steelcord or aramide reinforcement.

Both versions have antistatic and self-extinguishing characteristics and are therefore permitted for the mining industry.

Selection of the Mini Lifting Bag is dependent on the weight of the load to be lifted as well as the height.

This means that the Mini Lifting Bag develops the greatest lift power at the beginning of the lift and the greatest possible lift height in the unloaded state. The result is that the lift height becomes shorter with increased load. This can be seen in the "Force vs. Stroke diagram".

These diagrams can be obtained for each individual bag on request