Ref.: 534491 10

ESD table trolley – HelgeNyberg 2 shelves

ESD table trolley – HelgeNyberg

LxW 600 x 430 mm

Height [mm]
Width [mm]
749,00 €
Price / item (Ex. VAT)

Availability: 3-4 weeks
Product description
  • ESD model with electrically conductive castors prevents damage to sensitive equipment
  • Highly versatile
  • Practical and manoeuvrable
The frame consists of bright zinc plated 22 mm tubing. Max. load 100 kg. The max. load for the upper shelf totals 100 kg for large tables, and 50 kg for the small table. Four swivel castors 125 x 32 mm, ball bearing hub and wire guard.
Anti-static
This symbol indicates that the product is a conductive version (in relation to electricity or static charges).
Anti-static. This symbol indicates that the product is a conductive version (in relation to electricity or static charges).
Technical data
Max. load100 kg
Number of shelves2 pcs.
FeatureESD version
Colourbright zinc plated
Frame materialsteel
Wheel fittings4 swivel castors
Wheel typerubber tyres
Wheel diameter125 mm
Wheel bearingball bearing
Product typeindustrial pedestal desks
Suppliedpartially assembled
Height1100 mm
Depth430 mm
Width600 mm
Weight20.5 kg
Sustainability
Sustainable product

This product actively contributes to protecting our environment and taking social responsibility. It meets our strict sustainability criteria and thus supports an economically, ecologically and socially viable future. The score asks the crucial question for every product: does this product contribute to creating sustainable and fair conditions for today and future generations? Below are the categories in which this product performs particularly well.

You can find out more about product evaluation and our sustainability initiative on our information page .
CriteriaWeightingScore
Icon Climate protectionClimate protection30%1.7
Icon Circulatory economyCirculatory economy30%4.6
Icon BiodiversityBiodiversity25%2.2
Icon Economic efficiencyEconomic efficiency10%1.3
Icon InnovationInnovation5%3.9
Overall score3.3
More about our sustainability approach.