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 12897Scissor technology with reduced tolerancesScissor-construction made of 18/10-stainless steelErgonomic knob, rounded and user friendlyAdjustment of height with the help of an adjusting wheel
Laboratory jacks with hydraulic drive, high capacity
-Easy and safe liftingWith ball-bearings in the guide railsStable, parallel movementAlternative stainless steel versions (1.4571) on request.
Laboratory jacks with hydraulic drive, powder-coated
Easy and safe liftingWith ball-bearings in the guide railsStable, parallel movementScissor system made of steelTop-/ base plate made of aluminium
Laboratory jacks with hydraulic drive, stainless steel
Easy and safe liftingWith ball-bearings in the guide railsStable, parallel movementHigh-grade steel, except the pump unit
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.) of the lab jack.All models are manufactured according to DIN 12897Scissor technology with reduced tolerancesScissor-construction made of 18/10-stainless steelErgonomic knob, rounded and user friendlyWith simple adjusting wheel, which can be operated by hand
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 (Kg max. stat.) of the lab jack.All models are manufactured according to DIN 12897Scissor technology with reduced tolerancesScissor-construction made of 18/10-stainless steelErgonomic knob, rounded and user friendlyWith special adjusting wheel, which is used with the included ratchet
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 max. stat.) of the lab jack.All models are manufactured according to DIN 12897 Scissor technology with reduced tolerancesScissor-construction made of 18/10-stainless steelErgonomic knob, rounded and user friendlyModels Type A have a simple adjusting wheel, which can be operated by handModels Type B have a special adjusting wheel, which is used with the included ratchet
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.) of the lab jack.All models are manufactured according to DIN 12897 Scissor technology with reduced tolerancesScissor-construction made of 18/10-stainless steelErgonomic knob, rounded and user friendlyModels Type A have a simple adjusting wheel, which can be operated by handModels Type B have a special adjusting wheel, which is used with the included ratchet
Laboratory jacks, light metal
The large handwheel ensures that the loads can be lifted slightly.High stabilityPowder coated
Laboratory jacks, Stainless steel
Top plate with Ø 10 mm hole. 4 rubber feet. Acc. to DIN 12897.
Laboratory marker, Nalgene™, broad tip
For labelling surfaces made of glass, plastic and metal. Laboratory markers are recommended for labelling polyolefin paper, notebooks and labels.Black inkCap with practical pocket clip
Laboratory marker, Nalgene™, fine tip
For labelling surfaces made of glass, plastic and metal. Laboratory markers are recommended for labelling polyolefin paper, notebooks and labels.Black inkCap with practical pocket clip
Laboratory markers edding 8014/8015 F
Fine nib for clear labelling on small surfaces. Particularly suited for smooth and transparent surfaces e.g. slides, reaction vessels, labware and labels. Quick-drying, smudge-proof, waterproof, lightfast and low-odour. Tested quality: extreme resistance to abrasion and high temperatures - tested and approved by TÜV Saarland.
Laboratory markers, ultrafine
For labeling all surfaces made of glass, plastic and paper. Permanent marker with very fine tip suitable for permanent labeling of microscope slides, embedding cassettes, Petri dishes or CDs. Line width approx. 1 mm.Water-resistantResists most laboratory chemicalsWrites immediately (no priming required)Solvent free, water basedOdourlessNon-toxicWith holding clip
Laboratory mat from PTFE
Diamond-shaped PTFE mesh sheeting is 1.6 mm thick with 6 mm openingsCorrosion and break-resistant liningUseful as mesh bag for dipping parts in corrosive chemicals and solventsEasy to clean
Laboratory mats Workstation Lab Mat, silicone
Non-slip Laboratory mats with 2 different sides for organising and thus simplyfying workflow processes. One side with a completely flat surface and one side with a combination of gridded and flat surface. The gridded area avoids unwanted movement of small partsIdeal for all laboratories and more specialised areas such as cold rooms or areas with high sterility requirements such as clean rooms. Dimensions (W x D x H): 305 x 379 x 2 mmProtection of the work bench from hot items up to 200 °CLip around the edge can hold approx. 250 ml of liquidReusableChemically resistantDishwasher safeFood safeNoise dampeningCan be rolled upAutoclavable at 121 °C for 15 minutes
Laboratory mats, silicone
The lab mats are an economical solution to help keep benchtops clean and safe from stains, spills and wear. Stain resistant washable surface, which can easily be cleaned using any standard disinfectant and is even autoclavable at 121 °C for 15 minutes. The mat can also be rolled up for compact storage. This lab mats can be used with instruments such as centrifuges, vortex mixers, stirrers, and so much more. It offers a large working surface. Food-safe.Anti-skid, which helps to keep items with harsh chemicals and delicate glassware in placeNoise dampening, reducing sound from the vibration of common benchtop equipment.Area with internal metal inserts to store magnet bars from magnetic stirrersLip design around the outer edge, that helps contain spillage that may occur when in useProtects countertops from hot items up to 200 °C
Laboratory mats, silicone
Non-slipWithstands temperatures up to 260 °CAvailable in black or red
Laboratory notebooks, A4
Pages of paper with thread stitching. With easy-to-clean, waterproof polyethylene cover.
Laboratory notebooks, Nalgene™, 6300-1000
Durable, bound notebooks for laboratory recordings. With pre-printed fields for signatures and other data. With 100 water and chemical resistant, numbered pages. Squared, with black PE cover. Page size 235 x 286 mm. Suitable for ballpoint pens and permanent markers.
Laboratory notebooks, Nalgene™, 6301-1000
Durable, bound notebooks for laboratory recordings. With pre-printed fields for signatures and other data. With 96 squared paper pages. Green, waterproof cover made of PE.
Laboratory stand
Same rod can be placed either at the centre or at the rear of the base offering multi advantages. White base colour guarantees perfect visual observation of colour changes during titration applications.Rectangular base made of ABS.Delivered complete with a screw-in M10 support rod of 600 mm height
Laser deep freeze labels Cryo-Babies® and Cryo-Tags®
Temperature resistant from -196°C to 150°C. All sheets withstand freezer temperatures down to -196°C (liquid and vapor phase nitrogen), boiling water baths (100°C), autoclaving and moderate oven temperatures (150°C). Chemically inert label sheets resist most organic solvents and caustic agents. They adhere to most plastics, glass and metals without cracking, peeling and degrading. Made with a flexible, polyfin label material and acrylic adhesive. This unique combination expands and contracts together with temperature fluctuations resulting in a strong adhesive bond. Label sheets are specially top-coated to readily accept laser printing. Heat-resistant, stay-flat sheets will not jam in laser printers.
Laundry markers, edding 8040
Laundry marker for labelling of textiles e.g. workwear. Permanent, low-odour ink, washable and boil-proof.