Ancillary plates for Swiss Boy laboratory jack Made of grey/black anodised aluminium. Width 200 mm Depth 200 mm Dimensions (WxD) 200 x 200 mm Material Aluminium Type of coating Anodised
Ancillary plates for Swiss Boy laboratory jack Made of grey/black anodised aluminium. Width 260 mm Depth 180 mm Dimensions (WxD) 260 x 180 mm Material Aluminium Type of coating Anodised
Ancillary plates for Swiss Boy laboratory jack Made of grey/black anodised aluminium. Width 220 mm Depth 320 mm Dimensions (WxD) 220 x 320 mm Material Aluminium Type of coating Anodised
Ancillary plates for Swiss Boy laboratory jack Made of grey/black anodised aluminium. Width 300 mm Depth 300 mm Dimensions (WxD) 300 x 300 mm Material Aluminium Type of coating Anodised
Laboratory jacks, Stainless steel Top plate with Ø 10 mm hole. 4 rubber feet. Acc. to DIN 12897. Width 120 mm Depth 140 mm Dimensions (WxD) 120 x 140 mm Min. adjustable height 60 mm Max. adjustable...
Laboratory jacks, aluminium / powder coated Green. For the operating load a distinction is made between the maximal dynamic operating load (Kg max. dyn.) and the maximal static operating load (Kg m...
Laboratory jacks, aluminium anodized Blue. For the operating load a distinction is made between the maximal dynamic operating load (Kg max. dyn.) and the maximal static operating load (Kg max. stat...
Laboratory jacks, Stainless steel Top plate with Ø 10 mm hole. 4 rubber feet. Acc. to DIN 12897. Width 130 mm Depth 160 mm Dimensions (WxD) 130 x 160 mm Min. adjustable height 60 mm Max. adjustable...
Laboratory jacks, aluminium anodized Blue. For the operating load a distinction is made between the maximal dynamic operating load (Kg max. dyn.) and the maximal static operating load (Kg max. stat...
LLG-Laboratory jack, stainless steel Plates made of stainless steel. Top plate with Ø 10 mm hole. With non-skid rubber feet. Acc. to DIN 12897. Width 200 mm Depth 200 mm Dimensions (WxD) 200 x 200 ...
Laboratory jacks, aluminium / powder coated Green. For the operating load a distinction is made between the maximal dynamic operating load (Kg max. dyn.) and the maximal static operating load (Kg m...
Laboratory jacks, aluminium / powder coated Green. For the operating load a distinction is made between the maximal dynamic operating load (Kg max. dyn.) and the maximal static operating load (Kg m...
Laboratory jacks, 18/10-stainless steel For the operating load a distinction is made between the maximal dynamic operating load (Kg max. dyn.) and the maximal static operating load (Kg max. stat.) ...
Laboratory jacks, Stainless steel Top plate with Ø 10 mm hole. 4 rubber feet. Acc. to DIN 12897. Width 200 mm Depth 200 mm Dimensions (WxD) 200 x 200 mm Min. adjustable height 60 mm Max. adjustable...
Laboratory jacks, 18/10-stainless steel For the operating load a distinction is made between the maximal dynamic operating load (Kg max. dyn.) and the maximal static operating load (Kg max. stat.) ...
Laboratory jacks, aluminium anodized Blue. For the operating load a distinction is made between the maximal dynamic operating load (Kg max. dyn.) and the maximal static operating load (Kg max. stat...
Laboratory jacks MAXI, aluminium / powder coated Green. The MAXI lab jacks offer 30% more height because of an amplified construction. -All models are manufactured according to DIN 12897 -Scissor t...
Laboratory jacks, aluminium / powder coated Green. For the operating load a distinction is made between the maximal dynamic operating load (Kg max. dyn.) and the maximal static operating load (Kg m...
Laboratory jacks, aluminium anodized Blue. For the operating load a distinction is made between the maximal dynamic operating load (Kg max. dyn.) and the maximal static operating load (Kg max. stat...
Support for Swiss Boy laboratory jack Support used to attach Swiss Boys in any position to apparatus scaffolding existing in many laboratories. Maximum support rod diameter 20 mm. Black. Descriptio...
Laboratory jacks MAXI, aluminium / powder coated Green. The MAXI lab jacks offer 30% more height because of an amplified construction. -All models are manufactured according to DIN 12897 -Scissor t...
Laboratory jacks, 18/10-stainless steel For the operating load a distinction is made between the maximal dynamic operating load (Kg max. dyn.) and the maximal static operating load (Kg max. stat.) ...
Laboratory jacks MAXI, 18/10-stainless steel The MAXI lab jacks offer 30% more height because of an amplified construction. -All models are manufactured according to DIN 12897 -Scissor technology w...
Baseplates for Swiss Boy laboratory jack Made of grey/black anodised aluminium. Width 200 mm Depth 200 mm Dimensions (WxD) 200 x 200 mm Material Aluminium Type of coating Anodised
Laboratory jacks, 18/10-stainless steel For the operating load a distinction is made between the maximal dynamic operating load (Kg max. dyn.) and the maximal static operating load (Kg max. stat.) ...
Laboratory jacks MAXI, 18/10-stainless steel The MAXI lab jacks offer 30% more height because of an amplified construction. -All models are manufactured according to DIN 12897 -Scissor technology w...
Ancillary plates for Swiss Boy laboratory jack Made of grey/black anodised aluminium. Width 500 mm Depth 400 mm Dimensions (WxD) 500 x 400 mm Material Aluminium Type of coating Anodised
Laboratory jacks, aluminium / powder coated Green. For the operating load a distinction is made between the maximal dynamic operating load (Kg max. dyn.) and the maximal static operating load (Kg m...
Laboratory jacks, aluminium anodized Blue. For the operating load a distinction is made between the maximal dynamic operating load (Kg max. dyn.) and the maximal static operating load (Kg max. stat...
Laboratory jacks, aluminium / powder coated Green. For the operating load a distinction is made between the maximal dynamic operating load (Kg max. dyn.) and the maximal static operating load (Kg m...
Laboratory jacks, aluminium anodized Blue. For the operating load a distinction is made between the maximal dynamic operating load (Kg max. dyn.) and the maximal static operating load (Kg max. stat...
Laboratory jacks with hydraulic drive, powder-coated -Easy and safe lifting -With ball-bearings in the guide rails -Stable, parallel movement -Scissor system made of steel -Top-/ base plate made of...
Laboratory jacks with hydraulic drive, powder-coated -Easy and safe lifting -With ball-bearings in the guide rails -Stable, parallel movement -Scissor system made of steel -Top-/ base plate made of...
Laboratory jacks with hydraulic drive, powder-coated -Easy and safe lifting -With ball-bearings in the guide rails -Stable, parallel movement -Scissor system made of steel -Top-/ base plate made of...
Laboratory jacks, 18/10-stainless steel, with ratchet For the operating load a distinction is made between the maximal dynamic operating load (Kg max. dyn.) and the maximal static operating load (K...
Laboratory jacks, 18/10-stainless steel, with ratchet For the operating load a distinction is made between the maximal dynamic operating load (Kg max. dyn.) and the maximal static operating load (K...
Laboratory jacks with hydraulic drive, high capacity -Easy and safe lifting -With ball-bearings in the guide rails -Stable, parallel movement Alternative stainless steel versions (1.4571) on reques...
Laboratory jacks with hydraulic drive, high capacity -Easy and safe lifting -With ball-bearings in the guide rails -Stable, parallel movement Alternative stainless steel versions (1.4571) on reques...
Laboratory jacks with hydraulic drive, high capacity -Easy and safe lifting -With ball-bearings in the guide rails -Stable, parallel movement Alternative stainless steel versions (1.4571) on reques...
