We are an engineering company that provides metallurgical/materials joining services and creates quality products. Vacuum Process Engineering, Inc. (VPE) is a thermal engineering and manufacturing company providing science-based metallurgical services, including precision brazing, diffusion bonding, hot pressing, heat treating, thin film coating, complex assemblies, specialty cleaning, and materials testing & analysis.
Furthermore, VPE offers extensive machine shop services. VPE also designs and manufactures diffusion bonded microchannel heat exchangers (MCHEs), hydrogen pre-cooling heat exchangers (H2PCs), and smaller sized commercial off-the-shelf heat exchangers for a wide range of applications. Since 1976, VPE has established a reputation as both an innovator and a reliable volume producer of mission-critical assemblies for customers in high-tech industries, including aerospace, medical, and semiconductor.
VPE is committed to meeting customer quality and on-time delivery expectations through practicing continuous improvement and by operating an effective quality management system that meets the regulatory requirements of the latest versions of ISO 9001 and AS9100 regulations.
Furthermore, VPE offers extensive machine shop services. VPE also designs and manufactures diffusion bonded microchannel heat exchangers (MCHEs), hydrogen pre-cooling heat exchangers (H2PCs), and smaller sized commercial off-the-shelf heat exchangers for a wide range of applications. Since 1976, VPE has established a reputation as both an innovator and a reliable volume producer of mission-critical assemblies for customers in high-tech industries, including aerospace, medical, and semiconductor.
VPE is committed to meeting customer quality and on-time delivery expectations through practicing continuous improvement and by operating an effective quality management system that meets the regulatory requirements of the latest versions of ISO 9001 and AS9100 regulations.
Services
Vacuum Process Engineering (VPE) encourages exploration and experimentation, always striving to be leaders of metallurgical innovation.
Furthermore, we are proud to be at the vanguard of technological creativity in the fields of thermal engineering, materials joining/bonding, heat exchangers, specialized coatings, advanced thermal processing, as well as unique assembly methods.
VPE is a thermal engineering and manufacturing company that specializes in the metallurgical services of precision brazing, diffusion bonding, hot pressing, heat treating, thin film coating, complex assemblies, specialty cleaning, as well as materials testing & analysis.
Furthermore, we are proud to be at the vanguard of technological creativity in the fields of thermal engineering, materials joining/bonding, heat exchangers, specialized coatings, advanced thermal processing, as well as unique assembly methods.
VPE is a thermal engineering and manufacturing company that specializes in the metallurgical services of precision brazing, diffusion bonding, hot pressing, heat treating, thin film coating, complex assemblies, specialty cleaning, as well as materials testing & analysis.
VPE has a wide range of metallurgical services and engineering expertise.
As a result, we have the ability to meet your project needs.
Therefore, we invite you to put our over 45 years of experience in materials science, problem analysis, production methodology, and design-for-fabrication to work for your project.
VPE has over 150,000 square feet of design, lab, production, and quality assurance space.
For this reason, we are able to provide the space for your metallurgical services and contract manufacturing program.
As a result, we have the ability to meet your project needs.
Therefore, we invite you to put our over 45 years of experience in materials science, problem analysis, production methodology, and design-for-fabrication to work for your project.
VPE has over 150,000 square feet of design, lab, production, and quality assurance space.
For this reason, we are able to provide the space for your metallurgical services and contract manufacturing program.
Successful precision brazing can result in lower production costs as well as higher production yields.
In addition, it can result in more robust end-use performance.
For this reason, VPE has been developing and optimizing our precision brazing services since 1976.
Furthermore, by combining materials science awareness with extensive experience, we are able to control the myriad of details that are critical for successful brazing.
With increasing frequency and if we apply conventional design criteria, there are instances where assembly features constrain the design of a braze joint and render the assembly "not brazeable".
In addition, it can result in more robust end-use performance.
For this reason, VPE has been developing and optimizing our precision brazing services since 1976.
Furthermore, by combining materials science awareness with extensive experience, we are able to control the myriad of details that are critical for successful brazing.
With increasing frequency and if we apply conventional design criteria, there are instances where assembly features constrain the design of a braze joint and render the assembly "not brazeable".
Vacuum brazing is a precision brazing technique used to join critical assemblies, many of which employ delicate or intricate features.
For this reason, extensive experience in materials joining enables VPE to customize and ensure the best process conditions for your assembly application.
Vacuum Brazing employs vacuum as an ambient atmosphere so components undergoing the brazing process will not react with excessive oxygen, moisture, nitrogen, or other gaseous contaminants.
In addition, by limiting the reactions with the surrounding atmosphere, we can create a clean environment that is conducive to filler alloy wetting and flow onto metal surfaces as well as into capillary joints.
For this reason, extensive experience in materials joining enables VPE to customize and ensure the best process conditions for your assembly application.
Vacuum Brazing employs vacuum as an ambient atmosphere so components undergoing the brazing process will not react with excessive oxygen, moisture, nitrogen, or other gaseous contaminants.
In addition, by limiting the reactions with the surrounding atmosphere, we can create a clean environment that is conducive to filler alloy wetting and flow onto metal surfaces as well as into capillary joints.
Aluminum vacuum brazing meets the most demanding braze-joint integrity requirements.
Therefore, it is a reliable means of manufacturing devices such as critical microchannel devices, cold plates, cold walls, radiators, microwave antennas, and waveguides.
VPE uses its 45 years of experience to provide precision brazing services.
As a result, we routinely work on high-volume production assemblies or low-volume prototype assemblies.
We have advanced material science expertise.
For this reason, we are able to create filler alloy compositions that are not commercially available.
Therefore, it is a reliable means of manufacturing devices such as critical microchannel devices, cold plates, cold walls, radiators, microwave antennas, and waveguides.
VPE uses its 45 years of experience to provide precision brazing services.
As a result, we routinely work on high-volume production assemblies or low-volume prototype assemblies.
We have advanced material science expertise.
For this reason, we are able to create filler alloy compositions that are not commercially available.
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