August 19, 2019
Lindberg/MPH supplied an integrated three chamber furnace to a hot stamping company in Grand Rapids, MI. The unique stacked design of this furnace offers a significantly smaller footprint compared to a continuous system. A recent video of the installed furnace shows the integration with a robotic transfer system and a hydraulic press. This hot stamp furnace features three independent chambers which allows for multiple blanks to be preheated simultaneously resulting in reduced cycle times.
Check out the full video on YouTube and to learn more about our hot stamping furnaces, visit our website, /heat-treat-furnaces/hot-stamping-press-hardening-furnace.
Lindberg/MPH announced the shipment of two gas-fired hardening and tempering furnaces to the manufacturing industry. These large-capacity box furnaces will be used for the normalizing, austenitizing, and tempering of forged components. The outer shell sidewalls and floor are constructed from 3/16” steel plate. The lining is ceramic fiber modules that store low amounts of heat and have superior insulating qualities, giving maximum fuel efficiency to the customer.
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Lindberg/MPH announced the shipment of an electric atmosphere continuous mesh belt conveyor furnace to a microelectronics manufacturer in the United States. This continuous belt conveyor furnace is configured for process applications requiring a nitrogen/hydrogen blend process atmosphere in the heating section muffle at process temperatures up to 1000°C.
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Lindberg/MPH announced the shipment of a Mesh Belt Conveyor furnace to the electrical and electronic manufacturing industry. This furnace is electrically heated, has an argon process atmosphere, and a full muffle design.
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