Compact ashing furnaces such as the Thermolyne safely heat up to 1093° in three temperature control modes; ideal for annealing glass, catalyst research, and ashing of organic and inorganic compounds.
A wide range of blocks heaters are available with dry bath models from Thermo Fisher Scientific, Benchmark Scientific and Torrey Pines. Dry baths with block heaters accommodate a wide range of tubes and PCR strips.
General protocol environmental test chambers are used in routine drug stability testing, product shelf testing and drying sensitive materials. Select models provide independent heating and nitrogen purging.
Advanced Protocol Security
Gravity and mechanical advanced protocol security incubators with a working temperature from 50° to 330°C are equipped with a door lock, automatic Overtemperature and undertemperature alarm and provide the ultimate protection of critical samples.
Box furnaces for use in composite and high-temperature research, powder metallurgy and precious metals treatment are available in single program and multiple segment temperature controllers on select models
Available in 2L to 12L models, general purpose water baths for use in many lab environments are ideal for use in defrosting media reagents, cell culture and general microbiology applications. Accessories are available for various tube sizes.
Humidity test chambers provide uniform temperature and humidity conditions ideal for shelf testing in clinical applications. Water management source are available on select models.
Benchtop muffle furnaces feature a coil heating system for rapid heating with minimal temperature fluctuation. Models are ideal for use in catalyst research, annealing glass, determinations of volatiles and ashing organic and inorganic compounds.
Cost-efficient gravity convection economy ovens provide precise high temperature ideal for a wide range of drying applications.
Programmable dry baths provide excellent operator control over temperature, time and data management. Many digital dry baths will display temperature, timer and other programming functions. Models also feature a program memory.
Refrigerated test chambers have a temperature range from -10°C to 50°C. The Precision Plant Growth Chamber by Thermo Fisher Scientific has a 17.8 cu. ft. capacity and a dual-temperature lighting for uniform illumination.
Tube furnaces by Thermo Fisher Scientific in single and multi-setpoint models are designed with heating coils surrounding the cylindrical interior synthesize and purify inorganic compounds. Select models feature a split hinge design.
Incubating shakers control temperature during shaking procedures. Select models are stackable and feature a HEPA filter.
Vacuum ovens by Thermo Fisher Scientific and other leading manufacturers are available in analog and digital models ideal in pharma, food, desiccation and process control applications.
Incubated/Refrigerated shakers, for use in eukaryotic applications, are available in benchtop and upright models. Select models combine orbital shaking with general-purpose temperature controlled processing.
Volatile Compound Storage
Precision High-Performance Ovens, for storing volatile compounds have a broad temperature range and precise temperature control for high temperature drying.
Open Air Orbital
Open Air Orbital Shaker for placement in incubators, test chambers and refrigerators
Chemical-resistant hot plates by Benchmark Scientific and Thermo Fisher Scientific are made with ceramic-coated stainless steel or polypropylene top. Select models feature a digital display.
Explosion proof hot plates such as the SAFE-T HP6 by Thermo Fisher Scientific are UL-listed for Class I locations and Group D atmospheres. Models feature a sealed aluminum housing to protect controls.
Environmental test chambers perform stability and product testing of materials. Select models feature a horizontal laminar airflow that deliver a precise, elevated temperature environment
General purpose hot plates, in ceramic and aluminum tops are available in single and multi-position models with digital features on select units.
Incubator compatible models such as the MiniMag Magnetic Stirrer by Benchmark Scientific are able to withstand operating temperature ranging from +4°C to +45°C or from -10° to +56°.
Plant growth chambers, designed for use in seed germination and plant growth applications, provide homogeneous light distribution with natural illumination
Micro hotplates such as the Aluminum Top Micro Hot Plate by Thermo Fisher Scientific have a heating surface of 3.5” and feature a machined cast-aluminum top for excellent heat transfer.
Thermo Fisher Scientific remote control hot plates are ideal for use in wet processing station, fume hoods and in corrosive environments by enabling users to operate the equipment up to five feet away.
Aluminum hot plates and stirrers by Thermo Fisher Scientific are available in general purpose, explosion-proof, large-capacity and incubator/cold room safe models.
Economical epoxy-coated incubators are well suited for standard incubation and the durable, chip-resistant finish will withstand years of use.
Ceramic hot plates by Thermo Fisher Scientific feature an acid and alkali resistant smooth flat surface designed for maximum heat transfer.
Chemical-resistant painted steel incubator chamber protects and extends the life of the incubator chamber.
Powder Coated Steel
Powder-coated steel vessels are more economical than stainless steel and offer excellent corrosion resistance. However, they demsontrate higher evaporation rates, making them less suitable for extended storage.
Polypropylene hot plates and stirrers are durable, chemical resistant units available in digital and analog models.
Corrosion-resistant stainless steel hot plates are well-suited in highly sterile cleanrooms, fume hoods, wet processing stations and corrosive environments; multipoint and remote control models available.
Offers excellent corrosion and chemical resistance while extending the life of the Steel
Reserved for the most sensitive processes, such as High Performance Liquid Chromatography (HPLC); very low levels of biological and ionic contaminants.
ASTM Type 1/2
Units capable of producing either Type 1 or 2 water; optional UV oxidation unit and ultrafilter.
ASTM Type 2
For reagent and buffer mixtures and preparation of media for bacterial and cell culture; low ionic contaminants that interfere buffering capacity of solutions; less stringent thresholds for organic contamination
Removes ionic contamination that leaves mineral deposits on glassware; for cleaning laboratory glassware and instruments.
Effectively removes organic and bacterial contaminants, but not ionic impurities or dissolved gases; use as a feed source for producing ultrapure laboratory water
Blood Bank refrigerators meet strict AABB, ANRC and FDA requirements for blood specimen storage.
Ultra-Low Temperature (ULT) freezers, in -40°C and -86°C models feature a microprocessor, LED touchscreen display, lockable doors, and a host of features for superior sample storage. Select models fit through standard 36” width doorways.
Economical general purpose refrigerators and freezers from Thermo Fisher Scientific, Helmer and Marvel Scientific are available in upright and undercounter models. Select units include shelves and a host of optional accessories.
Undercounter and upright laboratory refrigerators and freezers with solid or glass doors feature superior cabinet construction. Models provide safe storage of samples and materials used in pharma, medical, clinical and research labs.
Arctic Express Cryogenic Dry Shippers by Thermo Fisher Scientific use absorbent material to prevent LN2 spills during shipment; models have an 8-, 14- or 23-day static holding times.
Bio-Cane Cryogenic Storage Systems by Thermo Fisher Scientific are durable aluminum Dewars that use a system of color-coded canes loaded with cryogenic vials. Units store up to 2000 vials in liquid nitrogen.
Heraeus Series Centrifuges by Thermo Fisher Scientific are available in various capacities and configurations. Models are compatible with a wide range of fixed-angle, swing-out and biocontainment rotors.
Compact Digital Mini Rotator
Compact Digital Mini Rotators with a 9.8” x 9.8” platform provides smooth, quiet horizontal mixing of various size tubes; models fit inside non-CO2 incubators, chambers and refrigerators (up to 60°C).
Compact Digital Waving Rotator
Compact Digital Waving Rotator with a 10.8” x 10.8” platform achieves maximum sample mixing efficiency with a digital speed control of 8 to 10 rpm and an easy to adjust tilt angle from 0° to 13°.
Locator Cryogenic Storage Systems by Thermo Fisher Scientific maximize long-term storage and simplify sample retrieval by indexing samples into racks; available in four LN2 capacity sizes.
Compact mySPIN 12 Mini Centrifuge Series by Thermo Fisher Scientific with a backlit display, adjustable speed and safety features have a max capacity of 12 x 2 mL.
Thermo-Flask Benchtop Liquid Nitrogen Containers are designed for easy pouring during workbench applications such as cold traps; Capacities up to 4.5L.
Lightweight, economic and ergonomic mySPIN 6 Mini Centrifuge by Thermo Fisher Scientific is ideal for left or right-handed users; maximum capacity of 6 x 2mL.