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Published on 1/16/2017
Categories: Insider tips

Hot-wall vs cold-wall vacuum furnaces: which one to choose

The demands of heat treatment industry are for higher temperatures, lower pressures, rapid heating and cooling capabilities, and higher production rates.  This has inevitably led to the use of so-called “cold-wall” vacuum furnaces, to the detriment of hot-wall furnaces, which are now considered obsolete. So, let’s see hot-wall and cold-wall furnaces - what could these be and how do they differ from each other?

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Published on 11/10/2016
Categories: Insider tips

Vacuum furnaces: 5 reasons to choose a safety PLC

Today there is a great deal of talk about safety PLCs. This, obviously, creates questions such as: why a safety PLC should be installed on my vacuum furnace? Are safety PLCs really useful? What are the advantages compared to traditional safety relays? Therefore, I want to give you 5 good reasons to install a safety PLC to maintain an efficient internal control system.

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Published on 10/21/2016
Categories: Maintenance

Vacuum furnace: how to calibrate the cooling system
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As you know, heat dissipation is critical in the thermal process. For that reason, in this video, I'm going to show you how to calibrate the cooling system for an optimal management of your vacuum furnace. A correct calibration ensures greater efficiency of the cooling system and a significant savings in terms of energy consumption of pumps and the water used.

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Metal Injection Molding vs. Binder Jetting [1/2]

MIM is a mature technology used for the large scale production of small and complex components with high precision and that not require subsequent processing.

What's the downside of Metal Injection Molding?
Are there any alternatives?

Let's take a look at a cheaper and more versatile technology, 3D Binder Jetting, analyzing pros and cons.

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Published on 11/10/2020
Categories: Aerospace

AMS 2750 pyrometric requirements for heat treatments: what's new in revision F

AMS 2750 (Aerospace Material Specifications) is an aerospace international specification which covers the pyrometric requirements for plants used for the heat treatment of metallic materials. Specifically, it covers temperature sensors, instrumentation, plant equipment, correction factors and offsets of instruments, system accuracy testing and temperature uniformity testing. These are necessary to ensure heat treatment of parts or raw materials in accordance with applicable specifications.

The AMS 2750 is now in revision F, was revision E from July 2012.

Let's see what’s new.

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