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CUSTOM COMBINATION
PRESSURE + VACUUM CHAMBERS

Semiconductor Chambers - Coating Chambers - Process Chambers

Engineers and researchers face unique challenges when sourcing combination pressure and vacuum chambers for critical scientific and industrial applications. When off-the-shelf solutions are unavailable or cannot meet your project’s needs, Meyer Tool’s expertise in high-pressure and ultra-high vacuum (UHV) can keep your project on track. 

ASME Code Stainless Steel Pressure Vessel Fixturing

Stainless Steel ASME code process chamber for the Oil & Gas industry being fixured prior to welding on brackets and couplings

What Are Combination Pressure Vacuum Chambers?

Combination pressure vacuum chambers are specialized enclosures engineered to withstand both internal vacuum and high-pressure environments. You can use them across a variety of demanding processes and experiments. These chambers allow you to switch between creating ultra-low pressure (vacuum) and high-pressure conditions rather than using separate systems. 
Key Design Features and Customization Options
Custom pressure and vacuum chambers give you advanced control with integrated instrumentation, sensors and controls to precisely manage the internal environment. Other features include: 
  • Precision materials. We select materials for outgassing, corrosion and compatibility with extreme environments. Common materials include stainless steel, high-purity aluminum, titanium, copper alloys or ceramics.
  • Chamber geometries. Choose between cylindrical, spherical, box or a fully custom shape, each designed for optimal pressure distribution and mounting.
  • Port and flange options. We offer a wide selection of CF, ISO, KF, custom ports for instrumentation, feedthroughs, viewing windows and connections.
  • Sealing and leak integrity. We engineer advanced metal gasket and elastomer sealing systems for your target vacuum and pressure requirements through helium leak testing.
  • Surface treatments. Electropolishing, passivation, UHV cleaning and bake outs ensure purity and minimize contamination.
  • Thermal and structural engineering. Custom pressure and vacuum chambers support extreme temperature cycling, cryogenic requirements or high heat loads.
  • Compliance and quality. Ensure American Society of Mechanical Engineers (ASME) Section VIII Pressure Vessel certification, International Traffic in Arms Regulations (ITAR) compliance, robust quality assurance (QA)/quality control (QC), traceability and documentation for regulated industries.
  • Engineering collaboration. We provide full computer-aided design (CAD)/finite element analysis (FEA) modeling, design for manufacturability (DFM) and technical feedback.

​Built for Science, Industry and Innovation

Meyer Tool & Mfg.'s custom combination pressure vacuum chambers deliver outstanding reliability and performance for mission-critical projects across advanced sectors.
  • Science and Research
  • Industrial Manufacturing
  • Emerging Technologies
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National labs and universities trust Meyer Tool for chambers that enable UHV and precise pressure cycling, which is vital for space simulation, quantum experiments and particle accelerator research. Our solutions meet demanding specs and deliver proven results for institutions like CERN and top U.S. labs.
Aerospace, semiconductor and energy leaders choose our chambers to test, qualify and validate critical components. This ranges from environmental cycling of spacecraft hardware to robust process chambers for electronics and coatings. We offer scalable solutions that integrate with QA systems and comply with ASME, International Organization for Standardization (ISO) and ITAR standards.
Startups and research and development (R&D) teams in quantum, nano and advanced materials fields rely on our collaborative engineering for rapid prototyping and low-volume custom builds. This enables breakthrough experiments and first-of-their-kind products.
The Meyer Tool Difference — Reducing Project Risk for Critical Chamber Builds
Complexity demands expertise. When suppliers lack specialized chamber building experience, you may experience costly delays and failures. Meyer Tool solves this with our Reduce Project Risk Process to ensure we carefully plan, engineer, fabricate and validate every stage.
  • Discover: We dive into use case requirements, including pressure and vacuum ranges, material compatibility, regulatory codes and integration needs.
  • Design: Our in-house engineering team collaborates with you on CAD/FEA, manufacturability and innovative solutions to unique technical challenges.
  • Develop: Our vertically integrated shop provides advanced computer numerical control (CNC) machining, certified welding for exotic alloys, UHV cleaning and assembly and full quality inspection.
  • Deliver: We perform rigorous testing, on-time shipment and installation support when required.
The proof is in our performance. For over 50 years, we've had 99% on-time delivery for mission-critical projects, with many specialized systems built for top laboratories and manufacturers.

Request a Custom Chamber Consultation

At Meyer Tool, we specialize in turning your complex, custom requirements into precision-built, thoroughly tested chambers. We engineer our custom combination pressure vacuum chambers from the ground up to solve the most intricate performance challenges from prototype to production. 
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Discover how our expertise and proven success can reduce project risk and deliver dependable performance, even for one-of-a-kind prototypes and mission-critical production builds. Are you ready to solve your toughest pressure and vacuum challenges? Contact our engineering team today for a complimentary consultation or a detailed quote.