Gasbarre Thermal Processing Systems
Gasbarre Thermal Processing Systems designs, manufactures and services a full line of heat treating equipment for virtually any process. Gasbarreâ€™s offering includes batch, continuous, atmosphere, and vacuum furnace systems, and auxiliary equipment. The Gasbarre full line of equipment is designed to meet strict automotive and aerospace requirements such as CQI-9 and AMS 2750. Gasbarre also provides a full range of aftermarket services. This includes replacement parts, alloy fabrications, rebuilds, upgrades, and ISO 17025 calibration services.
With locations in Michigan, Pennsylvania, and Rhode Island, Gasbarre solves any application challenge with expertise and passion, and delivers the equipment to make your process consistently productive and profitable.
Continuous Atmosphere Furnaces
Gasbarre Thermal Processing Systems manufactures, installs and commissions a wide range of continuous atmosphere products. These products are highly energy efficient, and can be gas-fired or electrically heated. They are available in standard configurations and sizes or can be custom designed. We can provide the ideal product to process your specific parts based upon your process, temperature, atmosphere, and throughput requirements.
Continuous Vacuum Furnaces
The continuous vacuum furnace essentially transforms the batch vacuum furnace into a straight through furnace. Work is no longer processed into and out from the same side â€“ rather work is loaded into the entry side and unloaded from the exit side of the furnace. Modules consist of load/evacuation chambers, preheat and high heat chambers, multiple heat position chambers, and oil or pressurized gas quench chambers. Small batches are therefore indexed in a continuous fashion making this style furnace highly productive. With the continuous vacuum furnace, the heat chamber typically remains hot and under vacuum making for a highly efficient and pure system.
Batch Atmosphere Furnaces
Gasbarre Thermal Processing Systems manufactures, installs, and commissions a full range of batch atmosphere products. These products are highly energy efficient, and can be gas-fired or electrically heated. They are available in standard configurations and sizes or can be custom designed. We can provide the ideal product to process your specific parts based upon your loading method, process, temperature, and atmosphere requirements.
Batch Vacuum Furnaces
Designed for many thermal processes, the electrically heated batch vacuum furnace is available in a multitude of configurations. The most basic configurations are the front and top loading single chamber styles where work is loaded into and out from the same door. These are designed for high temperature applications and are supplied with graphite or ceramic insulation packages. Evacuation systems include rough pumps, boosters, and diffusion pumps when required. Being modular in design, independent quench chambers may be added to the basic heating chamber. The quenching mediums may be oil or pressurized gas. Isolation of the modules (temperature and vacuum level) may be accomplished with an internal vacuum door.
Auxiliary Products & Services
Gasbarre is the certified OEM of C.I. Hayes, J.L. Becker, and Sinterite brand equipment. Gasbarre Thermal Processing Systems designs and manufactures a wide range of companion equipment for the thermal processing industry worldwide. We offer a full line of OEM parts and services to keep your operation running and to maximize the lifespan of your equipment. Our facilities house an experienced team of engineers and customer service specialists, as well as a parts, service and equipment resale department. Our comprehensive offering and commitment to customer satisfaction make Gasbarre the perfect long-term partner for all your heat treating equipment requirements. Our technicians, engineers and inside sales staff are trained and experienced in the installation and operation of thermal equipment. They offer prompt, courteous assistance to return and maintain your equipment to full operation and top efficiency.