Glass, Ceramic, Metal
up to 1.500°C
Industrial furnaces belong to the thermoprocessing plants and are used for the industrial processing of components and materials. With their help, it is not unusual to edit the most important production stages. IBT develops individual high-performance furnaces, which are operated as standalone production units within a value added chain.
Infrared systems from IBT are high-performance units that can be integrated into your production line as a thermo-technical component. Due to their small footprint and the rapid, efficient heating they are very flexible. However, infrared systems require a specific adaptation to the product and the corresponding manufacturing process. For this purpose, IBT is at your disposal with extensive know-how.
Infrared Heaters serve the realization of thermal processes. It is unique that IBT offers manufacturer-independent infrared radiators in all wavelength ranges. The product and/or process-related selection ensure optimum heat transfer and high energy efficiency. Infrared heaters are used primarily in industrial manufacturing processes.
The measurement, control and regulation technology is used for the automation of industrial plants. Intelligent systems control complicated, interdependent or interacting processes. A well-engineered measuring and control technology helps to optimize the manufacturing process by means of independent temperature measurement, regulation, power setting and process control.
Thermal engineering systems are indispensable in industry. From the thermal treatment of plastics to paint drying to food processing, there are reams of production processes that require the use of industrial ovens or infrared systems. As a manufacturer of thermal engineering systems and service provider for thermal process technology, IBT.InfraBioTech GmbH stands for the highest quality (quality management certification according to DIN EN ISO 9001: 2015) and first-class service.
These basic principles describe our self-image as a leading full-service provider for heat, radiation and thermal process technology. Based in Freiberg since 2000, we are your partner for thermal engineering equipment. Our long-term success is based on respectful cooperation of our competent team, the cooperation with our partner companies and of course on the satisfaction of our customers. The IBT.InfraBioTech GmbH stands for a professional service - from initial consultation to after-sale services.
Benteler International AG
Bayerische Motoren Werke AG
Carcoustics International GmbH
Dieffenbacher Maschinen- und Anlagenbau
Fill Gesellschaft mbh
FRIMO Group GmbH
Food Technology Noord-Oost Nederland B.V.
iprotex GmbH & Co. KG
KIT - Karlsruher Institut für Technologie
Nemak Wernigerode GmbH
NIFCO Germany GmbH
Novem Car Interior Design GmbH
REHAU AG + Co
RIPPERT GmbH & Co. KG
VENJAKOB Maschinenbau GmbH & Co. KG
Werner & Pfleiderer Lebensmitteltechnik GmbH
You need a thermoprocessing system and would like an individual consultation? You are looking for a professional producer of industrial furnaces and infrared systems, who can make an exact plant conception? Or do you need a partner in the field of thermal processing technology, who will inform you in detail about the various fields of application? Then you are exactly right with us! From initial consultation to after-sales service, IBT.InfraBioTech GmbH is in charge of the topics for thermal engineering and thermal processing technology. You can also use our selection tool to pre-select industrial ovens tailored to your personal needs. As a committed team, we are happy to take care of your concerns - individually and solution-oriented. We look forward to your inquiry!
Robert Eder Ph.D. was appointed sole managing director of IBT.InfraBioTech GmbH as of 1 January 2020. He succeeds Thomas Kaltofen, who has successfully managed IBT since 2010.
For an established producer of biscuit and cake products the company IBT developed a mobile independent infrared system. Due to this system a significant reduction in baking time of the pastries and therewith an increase in throughput could be achieved.