Thermo Scientific

Photo of Electric Bunsen Heating Mantles
Thermo Scientific Electric Bunsen heating mantles are corrosion-resistant and include easy-to-replace heating elements. Combines the advantages of a gas burner with the clean operation and easy control of electric heating. Radiation from the heater is directed upwards only, so the Bunsen burner is ideal for heating test tubes, crucibles, small flasks and beakers, independent of their shape. Air circulation from the vented housing keeps the base cool enough to hold during operation. (Sample Photo Shown. Individual models may differ from the image shown.)
Photo of Hose Nipple Deionizer Cartridges and Holder.
These Hose Nipple Cartridges utilize the same superior quality resins used in PCS cartridges. They are ideal for small volume applications. The 100% virgin polypropylene cartridge rinses to high quality quickly. Designed for non-pressure applications1, these cartridges include 3/8" barb hose connections on each end. D2835-10 and D2835-12 cartridges include tapered straight nipple for 3/8" ID tubing. All cartridges (except D2835-5 and D2835-7) contain dyes that change color when resin is exhausted. Hose Nipple Cartridge Holder (D2835-1) has an integrated wall-mounting bracket.
Photo of Lindberg/Blue M 1700°C Box Furnaces
Thermo Scientific Lindberg/Blue M 1700°C furnaces are designed for efficient, high-temperature use with minimal maintenance. These furnaces feature fast heatup to high temperatures, unique door design and control sophistication ranging from solid-state, single setpoint to more versatile microprocessor-based systems with programming and communications options. Side swing door provides full and easy access to the chamber and protects the user from heat surge.
Photo of Controllers for Lindberg/Blue M Box and Tube Furnaces
Thermo Scientific controllers ensure temperature accuracy and offer options for overtemperature control and multiple segment configuration. Thermo Scientific controllers are designed to work with Lindberg/Blue M 1200°C split-hinge and 1500°C box furnaces. Fully wired with advanced microprocessor-based digital control, solid-state power module, on/off curcuit breaker and thermocouple input jacks for each zone. LED simultaneously displays actual temperature vs. setpoint in °C or °F. Three microprocessor-based PID controls, single segment, single setpoint, one ramp to set point.
For use with Thermo Scientific Lindberg®/Blue M® Tube Furnaces F5357-1 and F5357-2.
Photo of Furnace Box 1200C. Thermo Scientfic
Combining excellent quality with an affordable price, the Thermo Scientific Furnace Box 1200C can meet your scientific research needs while still offering a good value for a budget conscious end user. Box furnaces provide uniform heat distribution through individual heating elements on all sides of chamber. An insulated vestibule and tight-fitting insulated door plug provide excellent temperature uniformity by minimizing heat loss around the furnace chamber opening. The door conveniently opens to horizontal position to serve as chamber loading surface.
Photo of CMU Uncontrolled Mantles
The Thermo Scientific CMU Uncontrolled Mantle features aluminum housing that is tough, chemical-resistant, lightweight and easy to clean. Available in multiple sizes and temperature ranges. Flexible coiled heating elements absorb shock and minimizing the risk of flasks breaking. The heating element is attached to a rigid thermal insulating cartridge to ensure maximum heat transfer and support. A unique airflow through ventilation slots beneath and around the rim and heating cartridge keep the exterior “cool-to-the-touch”. Controllers are sold separately.
Photo of Digital Modular Block Heater. Thermo Scientific
These digital dry baths utilize a PID microprocessor controller with digital temperature set and easy-to-read LED display for accurate and reproducible temperature control. Set point is easily adjusted by using up and down arrow keys located on the front of the unit. Modular block mounts on a single temperature probe in the bottom of the dri-bath providing better temperature accuracy and control. Temperature control at 37°C: ±0.1 to 0.2°C. Temperature uniformity at 37°C: ±0.1 to 0.4°C. Dri-baths hold one to six interchangeable modular blocks to accommodate a variety of vessels.
Thermo Scientific analog and dry baths offer precise temperature control resolution and a much smaller footprint than a general purpose incubator and can be used at temperatures up to 130°C. These analog dry block heaters feature a built-in temperature-sensing probe for improved temperature accuracy and control. Compact design saves valuable bench space. The anodized aluminum modular blocks accommodate test tubes, square cuvettes, microcentrifuge tubes, 96-well plates, PCR plates and conical bottom centrifuge tubes.
Photo of Thermo Scientific SuperNuova+ Digital Hotplate with Ceramic Top

Thermo Scientific™ SuperNuova+™ Hotplates provide reliable performance, dependable safety and simple operation. Units are available in two sizes. Control the temperature using the internal type K thermocouple sensor for standard applications, or externally using the stainless steel 100 Pt RTD probe (included) to maintain a more precise set point. The two-line LED display shows both set and actual temperatures; if using the remote probe, "R" will display after the actual temperature. Program and save up to three heat and time settings.

Photo of Thermo Scientific SuperNuova+ Digital Hotplate with Aluminum Top

Thermo Scientific SuperNuova+ Hotplates provide reliable performance, dependable safety and simple operation. Units are available in two sizes. Control the temperature using the internal type K thermocouple sensor for standard applications, or externally using the stainless steel 100 Pt RTD probe (included) to maintain a more precise set point. The two-line LED display shows both set and actual temperatures; if using the remote probe, "R" will display after the actual temperature. Program and save up to three heat and time settings.

Thermo Scientific RT Hotplates offer superior performance, smart design and built-in safety features for heating application needs. For standard heating applications that require digital control and remote probe capabilities. The RT series features an integral temperature display, redundant user-defined controls and a Hot Surface Alert system. Innovative temperature control prevents runaway temperature conditions with user-defined overtemperature setpoints. A rugged, low-profile, cast-aluminum base with six nonskid feet adds increased stability on benches and lab jacks.
Photo of Thermo Scientific Cimarec+ Hot Plate, 7x7" Aluminum Top

The Cimarec+ series of hot plates combines user friendly analog temperature control with a more accurate digital display. The hot top indicator remains lit as long as the plate temperature is above 50°C (122°F), even if the hot plate is turned off. Optional external temperature probe (order separately) provides the feedback necessary to keep your sample at the desired temperature. Optional splash guard (order separately) protects you and your sample from mishaps.

Photo of Thermo Scientific Cimarec Basic Hot Plates with Ceramic Top

Thermo Scientific Cimarec basic hotplates reach maximum temperature in less than 8 minutes. Sleek, rugged design and construction reduces the chance of top plate breakage and promotes durability, for economical high performance. The solid ceramic top plate cleans easily, and resists acids and alkalis. The new top-plate design reduces the chance of breakage while the improved spillaway design diverts spills away from internal components to help extend the hotplates usefulness.

Photo of Precision® Compact 0.67 Cu. Ft. Incubators
Thermo Scientific Precision Compact Incubators feature a space-savings footprint. Featuring a space-savings footprint for maximizing workspace, these Precision compact incubators are ideal for small clinics and laboratories that require temperatures between 5°C above ambient up to 40°C. Easily adjustable bimetallic thermostat controls and aluminum chamber ensure temperature uniformity. The rugged metal door has a positive latch that provides an excellent seal for temperature stability. Comes with 1 in. (2.5cm)-thick fiberglass insulation that helps prevents heat loss.
Photo of Heratherm Advanced Protocol Microbiological Incubators. Thermo Scientific
The Heratherm Advanced Protocol incubator provides unsurpassed temperature performance for demanding applications, and is backed by a two-year warranty on parts and labor, meaning confidence for your investment. Offers safe view of samples through internal glass door, without impact on temperature. An internal light facilitates sample observation. Safe conditions with superior temperature uniformity. Safe containment with automatic overtemperature alarm. Alarm in case of temperature deviations. Easy temperature setting with intuitive user interface. Easy to remove “One Click” shelf system.
Photo of Thermal Rocker® Incubator. Thermo Scientific
The Thermal Rocker® is specially designed for hybridization. Microprocessor based PID temperature controller. Automatic resetting thermal cutoff shuts down power to heaters if temperature set point is exceeded. Rocking speed is adjustable from 0 to 100 cycles per minute. 14.19" x 14.19" (36 cm x 36 cm) non-skid rubber mesh pad holds sample in place. Convenient front-mounted switch for operation with or without heat. Angle of rotation adjusts from 10° to 15°.
Photo of Labquake Rotisserie Hybridization Rotators
Thermo Scientific Labquake Rotisserie ensures optimal distribution of hybridization materials as it rotates conical tubes or hybridization bottles at a constant 8rpm. Economical way to convert an existing incubator with outlets into a rotisserie hybridization incubator. Ideal for labs that do infrequent blots and do not require a hybridization oven or for labs that need an additional vehicle for washes. Tridirectional rotation assures optimal distribution of a minimal amount of probe solution.
Photo of Precision® Standard Gravity Convection 5.1 Cu. Ft. Incubators
Thermo Scientific Precision Standard Incubators are ideal for everyday applications that require temperatures between 5°C above ambient to 65°C. Thermo Scientific Precision Standard Incubators feature gravity convection permits heat to enter from all points on the wall and floor of incubator for uniform heat distribution and reduced air movement to prevent cross contamination. Superior heat distribution eliminates hot spots and provides temperature uniformity of up to ±1°C at 37°C. The adjustable hydraulic thermostat reacts quickly to temperature changes.
Photo of Precision® Plant Growth Chamber 17.8 Cu. Ft .
Thermo Scientific Precision Refrigerated Incubators are ideal for applications that require temperatures ranging from -15°C to +60°C with excellent stability. Precision Refrigerated Incubators features microprocessor controls and forced-air circulation for excellent temperature uniformity in an efficient, dependable design. Two separate chambers, each with its own 24-hr. timer for light and temperature control. Separate switches for the lights on the shelves and the chamber top allow different lighting conditions between chambers or between the top and bottom of the same chamber.