Trolley lifter Type NWL-1 for meat bins according to DIN9797, art. no. 18.00.31.53

Trolley Lift
Type NWL

MOBILE LIFT TO RELIEVE EMPLOYEES AND IMPROVE PRODUCTION PROCESSES

Partly made of stainless steel For 200 and 300 liters lift and loading trolley (DIN 9797)
Electrically operated via 12V semi-traction battery
Max load capacity: 400 kg
Protection class: IP56 (can be cleaned with high pressure)
Maximum lifting height: 615 mm (bottom of wheel)

Type	Loading capacity	Dimensions W x D x H in mm	Art.-No. Please mark	PDF
NWL-1	400 kg	985 x 1265 x 1290	18.00.31.5318003153	18.00.31.53
Special dimensions			00.00.00.1000000010

We manufacture individually according to customer requirements

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Delivery takes place without lifting and loading bins. Technical changes reserved.

Material

Partly made of stainless steel 1.4301 (V2A)

Swivel castor and fork castor made of plastic

DESCRIPTION

The electrically driven standard trolley lift made of stainless steel 1.4301 (also known as V2A) was not only developed to relieve employees, in order to be able to work on the contents of the 200 or 300 liter lifting and loading trolley at an ergonomic working height, which is easy on the back.

Ergonomically and practically, companies (mostly) from the food sector can relieve their employees and at the same time increase productivity.

Cause

The most common cause of such illnesses are workplaces that do not provide employees with optimal working conditions. Due to a lack of individual adjustment options, they are exposed to forced postures that lead to incorrect use of physical strength and motor skills. Overload, premature fatigue and a higher risk of accidents are the inevitable consequences.

Ergonomics

Ergonomics and occupational medicine deal with this problem. Together with the professional associations, they ensure that the technical work environment is adapted to people. An ergonomically designed workplace that can be optimally adapted to the body size and personal working method of the employee offers a number of advantages.

On the one hand, it is an effective means of reducing the increasing number of back and skeletal disorders that often only occur as a late consequence of permanently incorrect posture and uncoordinated movement sequences. On the other hand, the direct effects can also be of great importance for occupational safety. Proper working conditions can reduce both physical fatigue and physical stress.

The longer-lasting concentration leads to a lasting reduction in the acute risk of accidents and injuries as well as an increase in motivation and quality of work. Under optimal conditions, an increase in productivity of up to 15% can be achieved.