Precision Vacuum Systems for Scientific Research & Spectroscopy

we design and manufacture high-performance vacuum systems tailored for scientific R&D, analytical laboratories, and spectroscopy applications. Our systems are engineered for precision, stability, and flexibility — ensuring optimal performance for research in material science, plasma physics, laser spectroscopy, and surface analysis.

With deep expertise in vacuum engineering and system integration, we provide complete turnkey solutions — from compact bench-top setups to fully customized high-vacuum (HV) and ultra-high-vacuum (UHV) systems. Every system is built with robust materials, precision sealing, and advanced pumping technologies to deliver consistent results in demanding experimental environments.

Our Capabilities Include:

  • Custom vacuum chamber design (stainless steel, aluminum, or glass)
  • Integration of turbomolecular, dry scroll, diffusion, or cryo pumps
  • Modular components for spectroscopy, LIBS, or laser systems
  • Feedthroughs for optical, electrical, and gas connections
  • Vacuum measurement and control systems (Pirani, Ion gauges, RGA)
  • Automated pressure control and data acquisition software
  • On-site assembly, calibration, and technical support

Applications:
Laser-Induced Breakdown Spectroscopy (LIBS) • Raman & FTIR Systems • Thin Film & Coating Research • Material Characterization • Plasma & Ion Beam Studies • Surface & Vacuum Science

we design and manufacture high-performance vacuum systems tailored for scientific R&D, analytical laboratories, and spectroscopy applications. Our systems are engineered for precision, stability, and flexibility — ensuring optimal performance for research in material science, plasma physics, laser spectroscopy, and surface analysis.

With deep expertise in vacuum engineering and system integration, we provide complete turnkey solutions — from compact bench-top setups to fully customized high-vacuum (HV) and ultra-high-vacuum (UHV) systems. Every system is built with robust materials, precision sealing, and advanced pumping technologies to deliver consistent results in demanding experimental environments.

Our Capabilities Include:

  • Custom vacuum chamber design (stainless steel, aluminum, or glass)
  • Integration of turbomolecular, dry scroll, diffusion, or cryo pumps
  • Modular components for spectroscopy, LIBS, or laser systems
  • Feedthroughs for optical, electrical, and gas connections
  • Vacuum measurement and control systems (Pirani, Ion gauges, RGA)
  • Automated pressure control and data acquisition software
  • On-site assembly, calibration, and technical support

Applications:
Laser-Induced Breakdown Spectroscopy (LIBS) • Raman & FTIR Systems • Thin Film & Coating Research • Material Characterization • Plasma & Ion Beam Studies • Surface & Vacuum Science