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LINDBERG/BLUE M 1500 deg.C THREE ZONE HEAVY DUTY TUBE FURNACES
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Three sizes, solid tube furnaces, independent controllers.
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LINDBERG/BLUE M GENERAL PURPOSE 260 deg.C GRAVITY CONVECTION OVENS
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Designed for multiple general purpose applications.
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LINDBERG/BLUE M 260 deg.C MECHANICAL CONVECTION OVENS
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Triple wall cabinet construction reduces external cabinet temperature and improves energy efficiency.
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THERMOLYNE 1200 deg.C BENCHTOP MUFFLE FURNACES SERIES 47900 & 48000
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Choose from four different temperature controller models, one of which will fit your exact needs.
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FURNATROL FURNACE CONTROLLERS.
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Digital single set point control with 1 ramp to set point and 1 dwell.
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LINDBERG/BLUE M 1700 deg.C CONTROL
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Designed for use with 1700 deg.C box, tube, and crucible furnaces.
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LINDBERG/BLUE M 1700 deg.C BOX FURNACES WITH INDEPENDENT CONTROL
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Vertically hinged door to save space and minimize operator exposure.
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LINDBERG/BLUE M 1500 deg.C BOX FURNACE
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Rapid heat up and recovery, heavy duty double shell construction.
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LINDBERG/BLUE M 1700 deg.C HIGH TEMPERATURE TUBE FURNACES WITH INDEPENDENT CONTROL
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Excellent temperature uniformity with rapid heat-up, recovery, and cool down.
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LINDBERG/BLUE M 220 deg.C ECONOMY GRAVITY CONVECTION OVENS
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Stainless steel interior, enameled steel exterior, and two stainless steel shelves are included.
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PRECISION ECONOTHERM OVEN.
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Glass thermometer and non-tip shelf included, top vent for more efficient air venting.
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FURNACE HI TEMP MUFFLE THERMOLYNE
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Small, reliable tube furnaces are designed to meet specific needs of chemical and industrial laboratories, as well as universities. Furnaces combine innovative furnace design technology with Moldatherm*, a unique ceramic fiber insulation and heating
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FURNACE 129CI
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Small, reliable tube furnaces are designed to meet specific needs of chemical and industrial laboratories, as well as universities. Furnaces combine innovative furnace design technology with Moldatherm*, a unique ceramic fiber insulation and heating
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FURNACE 76CI
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Small, reliable tube furnaces are designed to meet specific needs of chemical and industrial laboratories, as well as universities. Furnaces combine innovative furnace design technology with Moldatherm*, a unique ceramic fiber insulation and heating
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FURNACE, 864CI
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Small, reliable tube furnaces are designed to meet specific needs of chemical and industrial laboratories, as well as universities. Furnaces combine innovative furnace design technology with Moldatherm*, a unique ceramic fiber insulation and heating
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FURNACE, 120CI
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Small, reliable tube furnaces are designed to meet specific needs of chemical and industrial laboratories, as well as universities. Furnaces combine innovative furnace design technology with Moldatherm*, a unique ceramic fiber insulation and heating
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FURNACE, 350CI
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Small, reliable tube furnaces are designed to meet specific needs of chemical and industrial laboratories, as well as universities. Furnaces combine innovative furnace design technology with Moldatherm*, a unique ceramic fiber insulation and heating
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FURNACE 136CI
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Small, reliable tube furnaces are designed to meet specific needs of chemical and industrial laboratories, as well as universities. Furnaces combine innovative furnace design technology with Moldatherm*, a unique ceramic fiber insulation and heating
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FURNACE TUBE 1200C
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Single-zone tube furnaces incorporate split-hinge design for easy process tube installation, fast cooling, and overall ease of operation. Structural framework allows furnace to be mounted and used horizontally or vertically without modification. With
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TUBE FURNACE DIGITAL
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Ideal for a wide variety of routine laboratory applications, these baths are designed with a high-grade stainless steel tank in a robust outer case. Unit construction provides durability in demanding environments and makes baths easy to clean. Baths
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FURNACE
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Small, reliable tube furnaces are designed to meet specific needs of chemical and industrial laboratories, as well as universities. Furnaces combine innovative furnace design technology with Moldatherm*, a unique ceramic fiber insulation and heating
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LIND/BLUE M LIGHT GAUGE OVERBEND (LGO) BOX FURNACES
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Furnaces are designed for continuous operation to 1200°C maximum and feature an integral controller in a single space-saving cabinet.
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Thermo Scientific* Lindberg/Blue M* Heavy-Duty 1200°C Box Furnaces
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Thermo Scientific Lindberg/Blue M furnaces feature a unique internal construction and outer shell design that reduces external surface temperatures without compromising interior temperature uniformity. Furnac
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LIND/BLUE M MULTIPURPOSE 1500 DEG. C BOX FURNACES
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Provides superb temperature uniformity through the use of silicon carbide heating elements positioned horizontally in the chamber. Chamber is constructed of Moldatherm* ceramic insulation for rapid heat-up and cool-down, energy efficiency, and cooler
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LIND/BLUE M CRUCIBLE FURNACE
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Designed for vertical heat processing requirements and laboratory melting applications. Insulating plug minimizes heat loss. Built-in insulating air spaces and cabinet venting provide low outer shell furnace temperatures. Chamber works with a variety
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Thermo Scientific* Lindberg/Blue M* 1200°C Split-Hinge Tube Furnaces, Single Zone
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Thermo Scientific Lindberg/Blue M 1200°C Split-Hinge Tube Furnaces offer ease of observation and operation. These Thermo Scientific Lindberg/Blue M 1 split-hinge tube furnaces are configurable for horizontal
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Thermo Scientific* Lindberg/Blue M* 1200°C Split-Hinge Tube Furnaces, Three Zone
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Thermo Scientific Lindberg/Blue M 1200°C Split-Hinge Tube Furnaces offer ease of observation and operation. These Thermo Scientific Lindberg/Blue M 1 split-hinge tube furnaces are configurable for horizontal
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Thermo Scientific* Tube Adapters for 1500°C Lindberg/Blue M* Tube Furnaces
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For use with Thermo Scientific Lindberg/Blue M 1500°C Tube Furnaces.
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LIND/BLUE M MOLDATHERM BOX FURNACES
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Furnaces are designed for continuous operation to 1200°C maximum and feature an integral controller in a single space-saving cabinet.
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StableTemp Muffle Furnaces
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Compact benchtop muffle furnaces feature advanced electronic control. Open coil heating elements on both sides of chamber for fast heat with minimum temperature gradient. Ceramic insulation provides maximum energy efficiency. Spring-loaded ceramic-fi
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