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1100℃ Crucible Furnace-56610

Designed for energy efficiency and compact design, the 1100℃ Crucible
Furnace covers a variety of vertical heat processing and melting applications.
Insulation plugs minimize heat loss, improving uniformity. This furnace is
compatible with alumina, mullite, quartz, and metallic crucibles and exhibits
fast heat-up and recovery rates.

Lindberg-Blue M 1100℃ Tube Furnaces STF55346C-1
Conduct heating applications faster than conventional furnaces withThermo Scientific™ Lindberg/Blue M™ 110℃ Tube Furnaces, which benefits from design elements such as double-shell construction and variable density insulation to enhance performance.

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Lindberg-Blue M 1100℃ Tube Furnaces STF55666C-1
Conduct heating applications faster than conventional furnaces withThermo Scientific™ Lindberg/Blue M™ 110℃ Tube Furnaces, which benefits from design elements such as double-shell construction and variable density insulation to enhance performance.

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Lindberg-Blue M 1200℃ Split-Hinge Tube Furnaces HTF55122A 100℃ to 1200℃
Configure Thermo Scientific™ Lindberg/Blue M™ 1200℃ Split-Hinge Tube Furnaces for horizontal or vertical use. Features independent digital temperature control modules (sold semperately) which are available in standard or programmable options.

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Lindberg-Blue M 1200℃ Split-Hinge Tube Furnaces HTF55322A 100℃ to 1200℃
Configure Thermo Scientific™ Lindberg/Blue M™ 1200℃ Split-Hinge Tube Furnaces for horizontal or vertical use. Features independent digital temperature control modules (sold semperately) which are available in standard or programmable options.

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Lindberg-Blue M 1200℃ Split-Hinge Tube Furnaces HTF55322C 100℃ to 1200℃
Configure Thermo Scientific™ Lindberg/Blue M™ 1200℃ Split-Hinge Tube Furnaces for horizontal or vertical use. Features independent digital temperature control modules (sold semperately) which are available in standard or programmable options.

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Lindberg-Blue M 1200℃ Split-Hinge Tube Furnaces HTF55342C 100℃ to 1200℃
Configure Thermo Scientific™ Lindberg/Blue M™ 1200℃ Split-Hinge Tube Furnaces for horizontal or vertical use. Features independent digital temperature control modules (sold semperately) which are available in standard or programmable options.

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Lindberg-Blue M 1200℃ Split-Hinge Tube Furnaces HTF55347C 100℃ to 1200℃
Configure Thermo Scientific™ Lindberg/Blue M™ 1200℃ Split-Hinge Tube Furnaces for horizontal or vertical use. Features independent digital temperature control modules (sold semperately) which are available in standard or programmable options.

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Lindberg-Blue M 1200℃ Split-Hinge Tube Furnaces HTF55667C 100℃ to 1200℃
Configure Thermo Scientific™ Lindberg/Blue M™ 1200℃ Split-Hinge Tube Furnaces for horizontal or vertical use. Features independent digital temperature control modules (sold semperately) which are available in standard or programmable options.

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Lindberg-Blue M 1500℃ General-Purpose Tube Furnaces STF55433C-1 500℃ to 1500℃
Featuring integral control designed for a range of applications which require processing flexibility with fast heatup and recovery. Thermo Scientific™ Lindberg/Blue M 1500℃ General-Purpose Tube Furnaces incorporate Moldatherm™ insulation to increase temperature uniformity, improve energy efficiency and to maintain low exterior cabinet temperatures during operation.

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Lindberg-Blue M 1500℃ General-Purpose Tube Furnaces STF55433PBC 500℃ to 1500℃
Featuring integral control designed for a range of applications which require processing flexibility with fast heatup and recovery. Thermo Scientific™ Lindberg/Blue M 1500℃ General-Purpose Tube Furnaces incorporate Moldatherm™ insulation to increase temperature uniformity, improve energy efficiency and to maintain low exterior cabinet temperatures during operation.

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Lindberg-Blue M 1500℃ General-Purpose Tube Furnaces STF55433PC-1 500℃ to 1500℃
Featuring integral control designed for a range of applications which require processing flexibility with fast heatup and recovery. Thermo Scientific™ Lindberg/Blue M 1500℃ General-Purpose Tube Furnaces incorporate Moldatherm™ insulation to increase temperature uniformity, improve energy efficiency and to maintain low exterior cabinet temperatures during operation.

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Lindberg-Blue M 1700℃ Box Furnaces BF51314C 1700℃
Designed for applications which require extremely rapid heat-up rates, with 3500 watt models reaching 1700℃ in as little as 15 minutes, Thermo Scientific™ Lindberg/Blue M™ 1700℃ Box Furnaces with Independent Control are available in two popular chamber sizes, each with a fully programmable independent controller (ordered separately).

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Lindberg-Blue M 1700℃ Box Furnaces BF51524C 1700℃
Designed for applications which require extremely rapid heat-up rates, with 3500 watt models reaching 1700℃ in as little as 15 minutes, Thermo Scientific™ Lindberg/Blue M™ 1700℃ Box Furnaces with Independent Control are available in two popular chamber sizes, each with a fully programmable independent controller (ordered separately).

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Lindberg-Blue M 1700℃ Tube Furnaces STF54434C 500℃ to 1700℃
Achieve rapid heat up, recovery and cool down with a tube furnace that delivers outstanding energy release, reducing thermal process cycle time. Thermo Scientific™ Lindberg/Blue M™ 1700℃ Tube Furnaces feature heating elements with unique right-angle bend and sidewall mounting to deliver exceptional energy release, reduced thermal process cycle time, and cost savings through quicker throughput. Thermo Scientific™ Moldatherm™ graduated-density insulation provides safety, performance and outstanding radial and linear temperature uniformity with resistance to thermal shock.

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Lindberg-Blue M 1700℃ Tube Furnaces STF54454C 500℃ to 1700℃
Achieve rapid heat up, recovery and cool down with a tube furnace that delivers outstanding energy release, reducing thermal process cycle time. Thermo Scientific™ Lindberg/Blue M™ 1700℃ Tube Furnaces feature heating elements with unique right-angle bend and sidewall mounting to deliver exceptional energy release, reduced thermal process cycle time, and cost savings through quicker throughput. Thermo Scientific™ Moldatherm™ graduated-density insulation provides safety, performance and outstanding radial and linear temperature uniformity with resistance to thermal shock.

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