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Oil Vacuum pump
Oil Vacuum pump

Lubricating oil rotary vane vacuum pump

Oil-lubricated rotary vane vacuum pumps

Two-stage rotary vane lubricated vacuum pump

Dry Rotary Vane Vacuum Pump

Oil-free rotary vane vacuum pump

 

  • BUSCH R5 RD 0200–0360 A Oil-lubricated rotary vane vacuum pump
    Efficient Up to 30% more energy-efficient than comparable rotary vane vacuum pumps, low operating costs, high uptime, reduced heat emission, optimized heat direction High performance Specially designed for use in vacuum packaging machines, optimized for fast cycle times, e.g. vacuum packaging and continuous operation at low pressures Easy servicing All service-relevant parts on one side, service routine significantly faster, smooth surface design for easy cleaning
  • Radio-Frequency Vacuum Cleaning System
    This equipment adopts plasma cleaning technology, which uses high-energy plasma to bombard the surface of the device to be cleaned, and causes the contaminants to fall off from the inner surface of the pores through physical action to achieve the cleaning effect. It has the characteristics of high vacuum degree, high cleaning efficiency, convenient operation, stability and reliability, etc. It is mainly used for precision Clean the complex closed channels inside the device.
  • Laser Gyro Automatic Welding Equipment
    This equipment is one of the key process equipment in the production process of inertial gyro. It has the characteristics of oil-free and high vacuum, and has the functions of vacuum baking and degassing, gas Functions such as precise control and laser micro-hole automatic welding and sealing are mainly used in the production process of inertial navigation, precision devices, sensors and other devices.
  • Multi-Station Vacuum Storage Cabinet
    This equipment adopts independent control mode for each station, which can realize functions such as independent charging and deflating, and independent setting of nitrogen cleaning and vacuum degree. It is widely used in Temporarily store products during the production process of electronic devices, optoelectronic devices, semiconductor chips and other devices to prevent oxidation
  • RCP 230N Handheld And Portable Pirani Vacuum Gauge
    The RCP230N, designed by Infitech, is a hand-held portable vacuum gauge for non-fixed or short-term use. It measures vacuum levels from atmospheric pressure to 1.0E-2Pa. It features a large-capacity lithium battery that allows it to operate continuously for over 40 hours on a single charge. Automatic sleep and shutdown functions help extend the battery life, making it suitable for mobile inspection, field operations, and equipment maintenance.
  • PVG 550 Membrane Resistor High-Precision Composite Vacuum Gauge
    For full-scale high-precision vacuum monitoring and control, safety circuits are essential in vacuum systems. Additionally, vacuum measurement and control in the medium and low vacuum range are critical for maintaining optimal system performance. 
  • PRV101N PILANI Vacuum Transmitter
    In the realm of vacuum technology, the measurement and control of vacuum levels in the medium and low vacuum range play crucial roles in various applications. These include but are not limited to vacuum drying, food freezing, air impregnation, vacuum coating, and vacuum heat treatment. Additionally, ensuring safety in high vacuum systems through the implementation of appropriate circuits and the diligent monitoring of backing vacuum pumps are essential practices to maintain the efficiency and integrity of vacuum processes.
  • PRG 500 Digital Pirani Vacuum Gauge
       The CFV 106 Pyrani/Cold Cathode Composite Gauge excels in medium and low vacuum range applications like vacuum drying, food freezing, real air impregnation, vacuum coating, vacuum heat treatment, and more. It also includes safety circuits for high vacuum systems and monitoring of backing vacuum pumps.
  • CFV 106 Pyrani/Cold Cathode Composite Gauge
    CFV106 wide-range vacuum gauge uses a Pirani resistance gauge coupled with a cold cathode ionization gauge to cover the range. 1.0E5Pa—1.0E-5Pa. This vacuum gauge is small in size, rich in functions, and supports a variety of display modes and data communication. The communication method has the advantages of simple use, easy installation, long service life and low maintenance.
  • Horizontal High Temperature High Vacuum Exhaust System
    This equipment is a horizontal oil-free ultra-high vacuum system with the characteristics of high vacuum degree, high temperature control accuracy, fast heating speed, and strong reliability. widely Used in infrared and optoelectronic devices, aerospace, inertial navigation, semiconductors, medical instruments and other fields.  
  • Vertical High Temperature High Vacuum Exhaust System
    This equipment is a vertical oil-free ultra-high vacuum system with the characteristics of high vacuum degree, high temperature control accuracy, fast heating speed, and strong reliability. widely Used in infrared and optoelectronic devices, aerospace, inertial navigation, semiconductors, medical instruments and other fields.
  • Multi-station Ultra-high Vacuum Exhaust System
    This equipment is an oil-free ultra-high vacuum system. It has the characteristics of high vacuum degree, high temperature control accuracy, fast heating speed, and strong reliability. It adopts standardized design and can provide customized services. It is widely used in infrared and optoelectronic devices, aerospace and aerospace. , inertial navigation, semiconductors, medical instruments and other fields area.
  • Helium-filled Vacuum Exhaust System
    This equipment is a dual oil-free ultra-high vacuum system, mainly used for the degassing and filling process of helium pump magnetometer components. It has the characteristics of high temperature control accuracy, fast heating speed and strong reliability. It is widely used in the production and research of high-end instrument components related to aerospace, petroleum and mineral exploration and other fields.
  • Vacuum Apparatus for Electromagnetic Pump Testing
    This device mainly provides a clean vacuum environment and electrical and mechanical penetration and sealing processes for the electromagnetic pump assessment test. The vacuum tank can be tilted freely within the range of 0-5°. It has the characteristics of high vacuum degree and fast pumping and exhaust speed. It is widely used. Used in electric power, petroleum, chemical industry, metallurgy, mining, etc. Special testing for electromagnetic pumps in the field.
  • Vacuum Exhaust System for Space Probe
    This equipment is a clean, oil-free high vacuum degassing system that adopts advanced vacuum pumping and PID temperature control technology. It has high cleanliness, easy temperature control and good uniformity, fast cooling rate, simple operation, stability and reliability. Mainly used for related components in aerospace, deep space exploration and other fields Vacuum degassing test.
  • Vacuum Exhaust System for Film Heating Sheet
    This equipment is mainly used for vacuum baking and degassing of thin film heating sheets. It uses molecular pumps and mechanical pumps as air extraction systems and advanced PID temperature controllers to control the temperature. It can effectively control, monitor and record the vacuum degree and temperature. It has fast heating, good temperature uniformity, simple operation, stable and reliable Reliable, mainly used for defogging and anti-freezing in the fields of aerospace, public transportation, medical equipment, optical lenses and glass.  
  • Infrared Dewar Vacuum Exhaust System
    This equipment is an oil-free, ultra-high vacuum system that can realize automatic control of infrared Dewar vacuum acquisition, baking degassing, working gas protection, air tightness testing and other processes. It has high ultimate vacuum degree and fast exhaust speed. , high detection efficiency and other characteristics, widely used in infrared detection, Material testing, electronic component testing, etc.
  • Laser Gyro Vacuum Charging And Exhaust System
    The device is an oil-free, dual-vacuum system that can automate the process of obtaining vacuum in the gyro resonance cavity, baking out gases, filling gases, and testing gas tightness. It has the characteristics of fast gas filling and exhausting, high ultimate vacuum, and high integration, and is widely used in inertial navigation, aviation, Aerospace, ocean-going ships, scientific research and other fields.  
  • Laser Gyro Atomic Chamber Preparation Equipment
    This equipment is mainly used for the preparation processes of alkali metals (rubidium, cesium, etc.) filling, vacuum pumping, high purity gas filling, gas chamber high temperature degassing, and water bath cooling (elevating and lowering) of special glass bubbles (atomic cells), thus achieving low temperature precipitation of elementary alkali metals. It is a dedicated equipment for the preparation of gyroscopic atomic gas chambers, mainly used in inertial navigation, aerospace, ocean-going ships, scientific research, etc.
  • Laser Gyro 20 Station Charging and Exhaust System
    This equipment is primarily designed to provide a production and aging test environment for vacuum exhaust and inflation of laser gyro resonant cavities. It is capable of vacuum baking, degassing, and inflation of workpieces. Featuring a compact structure with high integration, the device enables real-time monitoring of operational status. It is widely used in fields such as inertial navigation, aerospace, ocean-going vessels, and scientific research, where precise and reliable vacuum conditions are essential.  
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