From 1st January 2023, Metrohm Australia & New Zealand will become the exclusive distributor for Carbolite Gero in Australasia. Metrohm and Carbolite Gero will work seamlessly to provide ongoing support and service for all existing Carbolite Gero customers.
Metal Injection Moulding (MIM) is a modern manufacturing technique that involves injecting a “feedstock” into moulds to create complex shaped metal components. Carbolite Gero offers furnaces and ovens specifically optimized for the heat treatment process steps required by this application.
Carbolite Gero's new tube furnace range is at the pinnacle of furnace design. The culmination of over 80 years of experience in thermal engineering; combining the latest technological developments with solid construction, high-quality components and a sleek, modern aesthetic.
Are you looking for innovative, efficient solutions for your steel production or foundry process? The Verder Scientific companies offer high-quality solutions combined with expert advice and support service worldwide.
Are you looking for innovative, efficient solutions for your additive manufacturing or powder injection molding process? Particle Size and Shape Analysis, Elemental Analysis, Heat Treatment, Microstructural Analysis and Hardness Testing – the Verder Scientific companies offer high-quality solutions combined with expert advice and support service worldwide.
As an end-to-end manufacturer, Carbolite Gero controls production from initial concept through to design and production. As a global leader in heating technology our ability to produce customized modifications or bespoke products to meet the exacting needs of our customers is part of the Carbolite Gero offering.
Carbolite Gero offers a range of coal and coke testing furnaces and ovens for proximate analysis to qualitatively assess or quantitatively measure the amount of moisture, ash, volatile matter and fixed carbon in coal samples.
CARBOLITE GERO has announced a completely updated GPCMA/174 Retort Furnace suitable for a variety of laboratory, pilot scale and industrial applications requiring heat treatment to 1150 °C
Metal Injection Moulding & Additive Manufacturing: Challenges of Heat Treatment
Carbolite Gero has a strong bond to CERN due its collaboration in the reaction heat treatment of magnets: Within the last 10 years Carbolite Gero supplied several units for the production of superconductors to CERN, the last one with a usable volume of 10m3.
Carbolite Gero have recently re-engineered their range of floor-standing High Temperature In-dustrial Chamber Furnaces (HTF).
During the last academic year Carbolite Gero has been pleased to have supported an enthusiastic group of students to develop their engineering skills. The Sheffield Hallam University Racing team designed and built an open wheel formula race car for the IMechE’s student race event recently held at Silverstone race circuit.
The new space saving annealing furnaces VGLO-Toploader 10/11-1G and the front loading mobile GLO 10/11-1G enable heat treatment with minimum usage of resources up to 1100°C under air or inert gases and up to 750°C under vacuum.
The main issue of the press conference was the high temperature reaction furnace for the annealing of superconducting coils for CERN, the European Organization for Nuclear Research, developed and designed by CARBOLITE GERO.
Sheffield Hallam University (SHU) Racing is an organisation founded and run by SHU students. Each year SHU Racing designs and builds an open wheel formula race car for the IMechE’s formula student event at the Silverstone race circuit. Carbolite Gero have joined SHU Racing as a gold tier sponsor for the 2015/16 season.
Professor Ed Lester and Thomas Huddle, University of Nottingham, Patrick Daley, the EPSRC Centre for Doctoral Training in Carbon Capture and Storage and Cleaner Fossil Energy, and Paul Haigh, Carbolite Gero Ltd, UK, detail advances in ash fusion analysis.
Two Carbolite Gero MTT furnaces specially designed for extracting carbon-14 and fixed tritium are being used by the Nuclear Graphite Research Group (NGRG) at the University of Manchester in a project to develop new nuclear waste disposal procedures.
Rotary Tube Furnaces are used for the quick and easy production of laboratory-scale samples with excellent homogeneity for R&D and quality control.
Naim Audio Ltd, one of the world’s leading specialists in high-end hi-fi equipment with a portfolio of award-winning products, has installed a Carbolite GP oven to provide precisely controlled heat-treatment procedures on the cables used in its systems.
The Department of Physics at the University of Warwick, which is at the forefront of research into the properties of new and exotic materials, has increased its crystal growth capabilities with the installation of a multi-zone Bridgman furnace from Carbolite Gero.
CARBOLITE GERO has developed a new oven suitable for corrosion tests with viscous liquids, typically carried out in the petroleum and petrochemical industry to prepare the petrol for pipeline transportation.
Neuhausen – December 2014. Carbolite GmbH, the German sales organization of the British company Carbolite Ltd., and Gero Hochtemperaturöfen GmbH & Co. KG will merge to form a new company - Carbolite Gero GmbH & Co. KG - on 1 January 2015.
The new E-range tube furnaces from CARBOLITE GERO offer an extensive range of compact split and non-split tube furnaces for laboratory use.
Carbolite’s product control panels have been redesigned with a new red and white colour scheme, in line with the corporate colours and new logo, to give a fresh new image.
The ABF 8/28 is a powerful and extremely robust ashing furnace with an integral afterburner, which offers additional features to those of the standard ashing furnace.
The low weight of aluminium is often used to reduce the energy costs of manufactured products over their lifetime. This makes the production of aluminium increasingly important for the future.
GERO is a leading manufacturer of vacuum furnaces up to 3,000 °C Founder and Managing Director Roland Geiger stays in the management
Carbolite manufactures one of the widest ranges of clean room ovens available. With maximum temperatures from 250°C to 600°C.
Carbolite was acquired by the Dutch technology group, Verder, in 2012 as part of an expansion into the provision of products for high-temperature material testing and physicochemical analysis.