For cryoboxes 133 x 133mm. With compartment heights and formats as indicated. Other sizes available on request.

Dimensions: 133 x 133 mm square. For the storage of samples. Made of cardboard, plastic coated. Without divider. With lid. Further sizes and colours available on request.

Prevents build-up of algae and bacteria in bath tanks providing hygienic operationNo contamination of the tank or immersion thermostat componentsEconomical - only 2 ml of Aqua Stabil is required for every 1 litres of waterRemains effective for weeks, as shown by colour indicator.Use biocides safely. Always read the labelling and the product information before use.

Robust design, autoclavable. With printed grid on lid for cryovials and similar tubes up to 13.5 mm diameter (except type 5026: up to Ø 12.5 mm). Temperature resistant from -196 to 121 °C. With grid numbers for reliable identification of individual samples.

Polypropylene box fits in standard freezer racks. Locate tubes is easily with moulded grid lines and a moulded reference point on the lid. Stores 1.5 ml to 2.0 ml microtubes under easy-open, friction-fit lid. Dimensions: 130 mm x 130 mm x 47 mm. Autoclavable.The set contains the colours blue, green, pink, yellow and orange.

The Matrix™ SepraSeal sealing mats are suitable for securely sealing sample tubes with or without 2D code. For sample access, the caps can be removed with the practical cap removal tool (Cat.-No. 6.254 390, please order seperately) or pierced once. The pre-slit versions are suitable for multiple piercing. The self-sealing function of the pre-slitted elastomer maintains sample integrity.For storage down to -20 °CIndividual closure or closure of 96 sample tubes simultaneously possibleGood chemical resistanceLow evaporation rateWith the Matrix™ DuraSeal sealing mat (Cat.-No. 4.658 312), sample tubes are permanently sealed. The sealing mat is pre-slit for sample access and has a v-shaped design. The special elastomer ensures that the integrity of the sample is maintained. Suitable for sample storage down to -80 °C.

The boxes are made of polypropylene and can be used in temperatures as low as -90 °C. The boxes are autoclavable at +121 °C for 20 minutes. The boxes have a fixed grid divider with 9x9 cells and are suited for 1.0 ml and 2 ml cryogenic vials. Cellcodes are printed on the lid for easy identification.

Made of high quality optical clear polystyrene. Produced under aseptic conditions in an ISO 6 cleanroom.With a smooth surface for an optimal distribution of the transport mediumStable thickness to prevent any deformations while usingStackableWith or without ventsAseptic (Ø 90 mm), non-sterile (Ø 60 mm) or beta irradiated sterile versions (all sizes)Packed in sleeves á 10 dishes or 20 dishes (Ø 90 mm)For research and development only.

The Lovibond® Dipslides are designed to test liquids as well as surfaces. They are ideal for use in many applications including evaporative cooling towers, closed water circuits, cutting fluids, food testing, and many more.These dual-sided Dipslides are available in a wide range of different media types.

Plastic bottle containing 100 ml concentrate for 100L water.Suitable for all kinds of thermostats and circulation pumps made of metal, glass or any plasticsCan also be used for closed temperature control systems, e.g. pH blood gas analyserPrevents algae and bacterial growth, no odour formationNo obstructions in tubings and temperature control systemFrequent cleaning of the tank is unnecessarySolution is without aggressive phosphates and oxidising or reducing substancesOnly insignificant pH value change of the waterSolvent-freePrevents foam formation, even with strong circulationApplication: Take 1 ml of the solution for 1L of distilled water (Clean the tank before use!)Use biocides safely. Always read the labelling and the product information before use.

For cryoboxes 136 x 136mm. With compartment heights and formats as indicated. Other sizes available on request.

Freezer and cryogenic storage boxes (CryoBoxes). Dimensions: 136 x 136 mm square. For the storage of samples. Made of cardboard, plastic coated, without divider. With lid. Further colours available on request.

The racks can be used with all freezer models. They are available with or without cryoboxes.

Icecatch® cool packs for temperature sensitive products used in the pharmaceutical, biotech, medical and food industries. Icecatch® cool packs distinguish themselves through the following specific features:Reliable cold storage through the use of immobilised coolantFor repeat usage due to the use of robust PA/PE filmDisposal with the domestic trash due to the use of non-poisonous ingredientsUnobjectionable use in the pharmaceutical and food industriesPhase transition 0°CIcecatch®-Gel Spreading of heat absorption around the 0°C range through the use of immobilised cooling gelOptimal price / heat absorption capacity relationshipFilled with cooling gelIcecatch®-Solid Maximum dimensional stability during the freezing process through the use of hard foamFilled with hard foamIcecatch®-Solid Insulated 2 - 8 °CA perfect cool pack in combination with our System packaging for the +2 °C up to +8 °C transportMaximum dimensional stability during the freezing process through the use of hard foam, coolant and integrated isolation layerFilled with hard foam and isolation layer

Icecatch® cool packs for temperature sensitive products used in the pharmaceutical, biotech, medical and food industries. Icecatch® cool packs distinguish themselves through the following specific features:Reliable cold storage through the use of immobilised coolantFor repeat usage due to the use of robust PA/PE filmDisposal with the domestic trash due to the use of non-poisonous ingredientsUnobjectionable use in the pharmaceutical and food industriesPhase transition 0°CIcecatch®-Gel Spreading of heat absorption around the 0°C range through the use of immobilised cooling gelOptimal price / heat absorption capacity relationshipFilled with cooling gelIcecatch®-Solid Maximum dimensional stability during the freezing process through the use of hard foamFilled with hard foamIcecatch®-Solid Insulated 2 - 8 °CA perfect cool pack in combination with our System packaging for the +2 °C up to +8 °C transportMaximum dimensional stability during the freezing process through the use of hard foam, coolant and integrated isolation layerFilled with hard foam and isolation layer

Suitable for routine cell cultivation applications and incubation tasks, also for complex approaches under hypoxic conditions. Models with additional O2 control are available.Anti-contamination concept with 180 °C hot air sterilizationCO2 sensor with single-beam infrared technologySeamless inner chamber made of stainless steelFanless interior with Venturi CO2 gas mixing nozzleInternal data logger, measured values can be read out via USBTroubleshooting system with visual and acoustic alarmsInterfaces: Ethernet, USB, zero-voltage alarm contactHumidification system with condensation protectionTouchscreen controllerFail-safe CO2 system for protecting the pH of cell cultures

Safely store vials from -196 to 121 °C for repeated use in mechanical freezers as well as liquid nitrogen. Boxes are designed with unique features to help the user orient, identify, and access vials with ease. The forward-sloped base and high-contrast, imprinted indexing on the transparent lid ensure quick visual orientation. Hinged lid allows easy one-handed access to samples. A built-in stop prevents the lid from swinging too far when the box is picked up by the lid, helping to prevent accidental spills. The 5 x 5 array box does not have hinged lid. All boxes include vent and drainage holes. Stackable. Autoclavable.

Polypropylene box fits in standard freezer racks. Locate tubes is easily with moulded grid lines and a moulded reference point on the lid. Stores 1.5ml to 2.0ml microtubes under easy-open, friction-fit lid. Dimensions: 130mm x 130mm x 47mm. Autoclavable.

The racks can be used with all freezer models. They are available with or without cryoboxes.

Made of cardboard, plastic coated. Without divider. Square. For the storage of samples. With lid. Further sizes and colours available on request.

Drying and heating chambers are suitable for routine drying and sterilisation tasks with homogeneous temperature distribution.High temperature accuracy thanks to APT.line™ technologyElectromechanical control of the exhaust air flapChambers up to 115 l are stackableErgonomic handle designUSB connection for data recordingClass 2 integrated independent adjustable temperature safety device (DIN 12880) with visual alarmWith forced convectionController with LCD display

For cryogenic storage of cryotubes.9 x 9 gridGrid numerically codedRemovable grid insertsHinge with safe snap-on lidStackableDrain bores at the bottom for dew liquidTemperature resistant from -90 to 121°CAutoclavable

Lid numerically coded. Temperature range -190 - 121 °C. Suitable for use with liquid nitrogen. Autoclavable. Stackable, with drain bores for dew liquids and nitrogen. Suitable for cryotubes wit a diameter up to 12.3 mm. Can also be used for larger vessels by removing the grid inserts.

Use:BUDDE heating bath liquid can be used continuously as a heating medium up to approx. 170 °C. Higher temperatures (below flash point) are possible, but will result in rapid darkening. The low pour point allows the bath liquid also to be used as a cooling medium. Mixtures with 10 % to 30 % water achieve best results.The crucial advantages of BUDDE heating bath liquid compared tothe oils or other organic liquid mainly used are:accidental spillage of water into the bath does not lead to dangerous spitting at temperatures over 100 °C, as the water dissolves in the heating bath liquid and subsequently evaporates safelyBUDDE heating bath liquid can easily be rinsed away with water which eases cleaning of laboratory equipment, e.g. distillation flasks, and also bench or floor if the bath liquid is accidentally spilled.BUDDE heating bath liquid does not foam when mixed with water.Viscosity on addition of water:BUDDE heating bath liquid is quite viscous at ambient or low temperatures, and therefore sometimes difficult to dispense. The addition of 10-20 % water reduces the viscosity and enables easier handling. If the mixture is then heated to 100 °C, the water evaporates without boiling. Further heating is only shortly delayed by this. Before next heating, water can be added again.Water solubility: BUDDE heating bath liquid can be mixed with water in any ratio. The hardness of the water has no effect on the bath liquid.

Protect valuable samples while optimizing cell growth. CO2 incubators with stainless steel or copper chambers provide the ideal in-vitro environment. Clean, reliable and easy to use, they feature fast recovery characteristics and a convenient touchscreen user-interface.

The insulated boxes, in combination with the separately available Icecatch® cooling elements, are ideal for transporting temperature-sensitive products and samples.

Refrigerators and freezers specially designed for the storage of explosive and highly flammable substances. With comfort electronics and spark-free interior. The interiors of the units meet the safety requirements of the EU Directive 94/9/EC (ATEX 95) and are tested by the ATEX conformity assessment body electro-suisse (SEV).Precision electronic controller with digital temperature displaySelf-closing door with integrated lockVisual and audible temperature and door alarmVisual power failure alarm as well as sensor defect alarmIntegrated data memory with min/max temperaturesAlarm forwarding to an external remote warning systemRS 485 Interface for external documentation1-point calibrationMaximum temperature stability and consistency according to IEC 60068-3Access port for an external temperature sensorWith dynamic cooling systemFlexible, height-adjustable glass shelves

FreezerCell™ can be used for a variety of cell types, including stem cells, primary cells, cell lines and yeasts. The FreezerCell™ does not require any additives and only needs to be placed in an ultra deep freezer and the cooling runs at -1°C per minute. Fill the freezing aid with the cryotubes and freeze for approx. 3 hours at -80 °C. Then the samples are readyto transfer to a nitrogen tank. This gentle method ensures a high survival rate of the cells during the freezing process.No pre-cooling necessaryConsistent temperature distribution, even with partial loadingLid can be opened easily

Thermal beads replace water in laboratory baths or ice in ice buckets to prevent contamination. A bath filled with Thermal Beads can be left unattended and is always available at the set temperature without danger of water evaporating to dryness.Small, non-uniform metal beads composed of a dry metallic thermal alloyCleaning with biodegradable disinfectant every 2 - 4 weeks onlyGood temperature stability and uniformityEnergy-efficientMinimizes maintenance such as emptying, cleaning, monitoring, and refilling the bathHolds common lab vessels in place without accessories such as racks, floats, and weights

Shelves made of stainless steel, perforated.If you are ordering replacement shelves, please provide the serial number prior to ordering, since it might be necessary to order other shelves with different dimensions.

Drying and heating chambers are suitable for routine drying and sterilisation tasks with homogeneous temperature distribution.High temperature accuracy thanks to APT.line™ technologyElectromechanical control of the exhaust air flapChambers up to 115 l are stackableErgonomic handle designUSB connection for data recordingClass 2 integrated independent adjustable temperature safety device (DIN 12880) with visual alarmWith forced convectionController with LCD display and enhanced timer functionsAdjustable fan speedEthernet interface

Safely store samples using Microcentrifuge Tube Storage Boxes. High-temperature polyurethane foam insert securely holds 64 or 81 microcentrifuge tubes sized 0.2, 0.5 or 1.5 ml.bottom constructed in white and lid in transparent polycarbonatetemperature resistant from -135 to 121 °Cwith grid numbers for reliable identification of individual samples

The Lovibond® Dipslides are designed to test liquids as well as surfaces. They are ideal for use in many applications including evaporative cooling towers, closed water circuits, cutting fluids, food testing, and many more.For the determination of the total count.