Furnaces for Research and Laboratory
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Furnaces for Research and Laboratory - 1

Dental Furnaces Sintering furnaces for Zirkonia Chamber Furnaces for Dental Ceramic Compounds Furnaces for CAD / CAM - Systems Pre-heating Furnaces Muffle Furnaces Model Casting Accessories THERMIONCEPT powered by innovation

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Furnaces for Research and Laboratory - 2

THERMCONCEPT powered by innovation Experts in Furnaces THERMCONCEPT develops, designs and manufactures furnaces and systems for a broad range of production and research applications and fields. Many in our workforce also have decades of experience in dental furnace engineering. The expertise we have amassed is deployed on a day-to-day basis in order to plan and realise your ideal furnace solution. Engineering Our highly-skilled development engineers and designers, hardware and software professionals, technicians and mechanics create cost-efficient and reliable furnace solutions. Direct...

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Furnaces for Research and Laboratory - 3

Sintering furnaces 1400 °C - 1800 °C for Zirkonia Sintering furnaces 1500 - 1600 °C Chamber furnaces 1100 °C - 1300 °C for dental ceramic compounds Chamber furnaces 1100 - 1200 - 1300 °C Muffle furnaces 1000 °C - 1200 °C for pre-heating Muffle furnaces 1100 - 1200 °C KLS 03/10 KLS 02/11 Chamber furnace with ceramic muffle 1150 °C Production furnaces for dental ceramics 900 °C - 1800 °C 10 Process control and documentation 11 The product range at a glance 12

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Furnaces for Research and Laboratory - 4

Sintering furnaces for Zirkonia T max 1500 °C and 1600 °C • High grade heating elements made of Molybdenum-Disilicide (MoSi2) mounted in two sides • High temperature uniformity • Compact bench top furnace with user-friendly parallel-guided door moving up-wards • Double-walled housing with rear-ventilation to ensure low outer-casing temperatures • Insulation made of high grade aluminium oxide fibre with low thermal mass for very fast heating and cooling • Door collar made of strong fire bricks • Low power rating • Heating elements controlled by thyristors for very precise temperature...

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Furnaces for Research and Laboratory - 5

Sintering furnaces for Zirkonia T max. 1600 °C, 1750 °C and 1800 °C • High grade heating elements made of Molybdenum-Disilicide (MoSi2) mounted in two sides • High temperature uniformity • Compact bench top furnace with user-friendly parallel-guided door moving up-wards • Chamber volume from 2 to 20 litres • Double-walled housing with rear-ventilation to ensure low outer-casing temperatures • Insulation made of high grade aluminium oxide fibre with low thermal mass for very fast heating and cooling • Low power rating • Heating elements controlled by thyristors for very precise temperature...

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Furnaces for Research and Laboratory - 6

THERMIONCEPT Sintering furnaces for Zirkonia T max. 1400 °C, 1500 °C and 1600 °C • Powerful SiC-rod heating elements mounted in two sides providing very fast heating cycles • Excellent temperature uniformity inside the furnace chamber • Double-walled housing with rear ventilation to ensure low outer-casing temperatures • Compact bench top furnace with user-friendly parallel-guided door moving up-wards • Insulation made of high grade aluminium oxide fibre with low thermal mass for very fast heating and cooling • Door collar made of strong fire bricks • Wear-resistant fire brick insulation in...

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Furnaces for Research and Laboratory - 7

Chamber Furnaces for Dental Ceramic CompoundsT max. 1100 °C, 1200 °C and 1300 °C • High grade heating wire in both sides providing fast heating • Very high temperature uniformity inside the furnace chamber • Double-walled housing with rear-ventilation to ensure low outercasing temperatures • Parallel-guided door moving up-wards with hot insulation surface to the rear, away from the operator • Insulation made of high grade ceramic fibre with low thermal mass • Door collar made of strong fire bricks • Wear-resistant fire brick insulation in the furnace bottom • Delivery includes ceramic...

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Furnaces for Research and Laboratory - 8

THERMIONCEPT powered by innovation Muffle furnaces for pre-heatingT max. 1100 °C and 1200 °C • Universal muffle-furnaces e.g. for pre-heating of casting muffles • Compact design for minimum space requirements • Stainless steel casing, long service life, extremely resistant • Resistant fibre module as inner chamber, high mechanical durability, short heating cycles, low power consumption • Door collar made of strong fire bricks to protect insulation against mechanical damages • High-quality heating elements, long service life • Heating wire embedded in ceramic plates with good protection...

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Furnaces for Research and Laboratory - 9

Compact muffle furnaces for pre-heating T max. 1000 °C and 1100 °C • Compact muffle furnace with outstanding price-performance ratio • User-friendly swing door • Insulation completely made of high grade ceramic fibre with low thermal mass for fast heating cycles • Heating elements wound around outside of ceramic muffle, heating from all sides • Heating elements controlled by solid state relays for very precise temperature control, wear-free and noiseless • Exhaust pipe in the rear wall Accessories: • Exhaust vent • Adjustable temperature limiter to protect furnace and charge acc. EN...

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Furnaces for Research and Laboratory - 10

Production furnaces for dental ceramics T max. 900 °C - 1800 °C THERMCONCEPT manufactures electrically heated and gas-fired furnaces for a temperature range up to 1800 °C for de-binding, firing and sintering of high-performance materials. Beside a wide range of standard furnaces also tailor-made solution can be realized. Catalytic and thermal waste gas purification systems complete the scope of supply. • Broad range of standard furnaces with a chamber volume of 16 - 2000 l • The scope of supply consists of chamber furnaces, bogie hearth furnaces and hood furnaces for firing, pre-sintering...

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Furnaces for Research and Laboratory - 11

Process control and documentation State-of-the-art control technology is fitted as standard in THERMCONCEPT f ­ urnaces. Microprocessor controllers ensure precise furnace regulation of both simple and complex processes. The program controllers are extremely userfriendly. The wide range of standard controllers matches the various types of furnaces and covers most customer requirements. If required, control units can be individually adapted to customers needs THERMCONCEPT software for control and documentation: THERMCONCEPT supplies a range of software packages for programming, c ­...

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