Precision Service for High-Performance Vacuum Pump Systems

Comprehensive repair, remanufacturing, and system optimization for mission-critical dry, scroll, vane, turbo, and cryo pump platforms.

Our technicians understand the distinct mechanical and operational demands of every vacuum pump type, ensuring each system—from dry and scroll pumps to turbo and cryo units—receives the specialized service needed to maintain peak performance and extend its lifecycle.

Explore the capabilities, benefits, and use cases of today’s most widely used vacuum technologies.

Dry Vacuum Pumps

Oil-Free Performance for Clean, Reliable Operation

Dry vacuum pumps operate without lubricants in the pumping chamber, making them ideal for applications requiring clean, contamination-free environments. They offer consistent performance, low maintenance, and long operational life across a broad range of industrial processes.

Differentiators:

No oil or seals in the compression chamber
Minimal contamination risk
Lower maintenance requirements
High reliability and long service intervals

Applications:

Semiconductor and electronics manufacturing
Pharmaceutical processing
Chemical and petrochemical production
Food packaging
Thin-film deposition
Industrial automation and general vacuum handling

Benefits:

Reduced operating costs
Cleaner processes with no oil backstreaming
Improved uptime due to minimal maintenance
Enhanced product purity and environmental compliance

Download our Dry Pump repair and remanufacturing PDF

Scroll Vacuum Pumps

Clean, Quiet, and Compact Vacuum Generation

Scroll pumps use interleaving spiral scrolls to compress gases without using oil, making them ideal for laboratories, research facilities, and clean industrial environments.

Differentiators:

Completely oil-free design
Very quiet operation
Compact size suitable for benchtop or integrated systems
Extremely clean vacuum with minimal vibration

Applications:

Analytical instruments (mass spectrometry, electron microscopy)
Laboratory vacuum systems
Cleanroom environments
Semiconductor backend processes
Vacuum drying and freeze-drying

Benefits:

Ideal for noise-sensitive environments
Low contamination risk
Long operational life with predictable maintenance
Space-saving installation options

Rotary Vane Vacuum Pumps

Reliable, Cost-Effective Vacuum for General Industry

Rotary vane pumps use oil-sealed or dry rotating vanes to create vacuum. They are versatile, economical, and widely used across industrial markets for medium and low-vacuum applications.

Differentiators:

Proven, durable technology
High pumping efficiency
Available in both oil-sealed and dry configurations
Excellent value and serviceability

Applications:

Packaging and thermoforming
HVAC and refrigeration servicing
Automotive manufacturing
Medical and dental vacuum systems
Plastics molding
Vacuum lifting and handling

Benefits:

Affordable upfront cost
Easy to maintain and service
Good performance for general industrial tasks
Widely available parts and support

Cryogenic (Cryo) Vacuum Pumps

Ultra-High Vacuum for Advanced Scientific and High-Tech Applications

Cryo pumps trap gases by cooling internal surfaces to extremely low temperatures, achieving ultra-high vacuum levels needed in advanced research and semiconductor manufacturing.

cryo-pump

Differentiators:

Achieves extremely low pressures unattainable by most mechanical pumps
Oil-free trapping mechanism
Exceptional speed for water vapor and light gases
Ideal for high-vacuum and ultra-high-vacuum environments

Applications:

Semiconductor wafer and thin-film deposition systems
Particle accelerators
High-vacuum research facilities
Space simulation chambers
Surface science instrumentation

Benefits:

Delivers superior vacuum performance
Critical for sensitive scientific processes
Low contamination risk
High throughput for demanding semiconductor processes

Download our Cryo repair and remanufacturing PDF

Turbomolecular (Turbo) Vacuum Pumps

High-Speed Molecular Pumping for Scientific and High-Vacuum Systems

Turbo pumps use rapidly spinning rotor blades to impart momentum to gas molecules, enabling the creation of high and ultra-high vacuum necessary for precision scientific and industrial applications.

Differentiators:

Extremely high rotational speeds
Oil-free high-vacuum generation
Excellent pumping efficiency for light gases
Stable performance in demanding environments

Applications:

Semiconductor process chambers
Mass spectrometers and analytical instruments
High-vacuum research laboratories
Coating and thin-film deposition
Electron microscopes

Benefits:

Clean, oil-free operation
Fast pump-down times
High reliability with advanced bearing systems
Ideal for precision vacuum equipment

Tell Us What You Need

Get in touch and we'll help find what's right for you

408-982-0110