MKS Instruments
MKS Instruments, Inc. is a global provider of instruments, subsystems and process control solutions that measure, control, power, monitor, and analyze critical parameters of advanced manufacturing processes to improve process performance and productivity.
- 978-645-5500
- 2 Tech Drive
Suite 201
Andover, MA 01810
United States of America
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Product
Microwave Generators And Systems
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MKS offers compact industrial microwave generators and systems in 915MHz and 2450MHz that are adaptable to a wide range of applications including include Food and Beverage Packaging, Environmental and Advanced Industrial processes like coating, material growth, and automotive. With a robust, modular power system chassis design and advanced filament and electromagnetic management, MKS microwave generators are engineered to last. The microwave generators are equipped with switch mode topology for all power ranges and support a variety of fieldbus communication protocols.
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Product
Compact Ultrafast 50-50,000 sccm Mass Flow Controller/Meter
C-Series
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The C-Series Mass Flow Controller (MFC) is a compact, fast-response model using a Micro-Electro-Mechanical Systems (MEMS) based flow sensor for non-corrosive gas applications. It is available in Full Scale flow rates from 50 sccm to 50 slm (N2 equivalent) with a control range from as low as 0.1% of Full Scale up to 100% of Full Scale and is also available as a flow meter. Analog (0 to 5 VDC) or digital (RS485 or Modbus TCP/IP) communications interfaces are available. Required power supply voltage is 24 VDC nominal.
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Product
DELTA™ IV 4-zone Flow Ratio Controller
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DELTA™ IV 4-zone Flow Ratio Controller is a digital controlled, browser-enabled, process control instrument providing the latest gas flow ratio measurement and control technology to meet the demands of multi-channel flow distribution for semiconductor, flat panel, and solar panel process uniformity and control. It is available in EtherCAT® or DeviceNet™ providing the latest gas flow ratio measurement and control technology to meet the demands of multi-channel flow distribution.
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Product
Vacuum Quality Monitor Systems
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The 835 VQM is a mass spectrometer that operates from UHV to 10-5 Torr and accurately measures the gases in the vacuum chamber. The 835 VQM Differential Pump System delivers the advantages of the 835 VQM at higher pressures. The VQM system consists of an autoresonant ion trap mass spectrometer gauge, a VQM Controller and VQM Viewer software that that converts raw data into actionable information. The system is ratiometric, meaning that it determines the ratio of each gas to other gases in a vacuum chamber. It is usually coupled with a total pressure gauge to provide partial pressures of each gas as indication of the quality of the vacuum in the chamber.
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Product
Micro-Baratron® Pressure Transducers
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Micro-Baratron® pressure transducers are ideally suited for use in delivery systems that feed ultrapure gases to critical process systems. Their wetted surfaces exposed to the gas stream have a finish of better than 5 µin Ra. These transducers exhibit superior dry-down characteristics, and contribute no particles above background.
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Product
High Performance Baratron® Absolute Pressure Transducers
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These high performance Baratron® capacitance manometers operate at ambient temperature. They are referenced to vacuum for gas independent, direct measurement of absolute pressure.
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Product
Fast and Repeatable Mass Flow Controllers
G-Series
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G-Series Mass Flow Controllers and Meters are cost effective thermal flow controllers with fast and repeatable performance that are well suited for most industries and applications.
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Product
High Flow Mass Flow Controllers
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High flow thermal mass flow controllers and meters offer both elastomer and metal seals for flow rates up to 300 slm. Versions are available for standard and harsh environments where protection from water and dust is required.
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Product
High Accuracy In-Situ Mass Flow Verifier
HA-MFV
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The HA-MFV, High Accuracy Mass Flow Verifier is designed for use on process tools to verify mass flow control flow rates in-situ. Available with EtherCAT® or DeviceNet™ communications and measurement accuracy of 1.0% of reading, the HA-MFV can verify MFC flow with the actual process gas significantly better than older rate-of-rise devices or process chamber rate-of rise methods.
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Product
General Performance Differential Pressure Transducers
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These general performance Baratron® differential capacitance manometers measure the difference in pressure between the inlet tube and the reference cavity. The reference cavity can be connected to any pressure or vacuum source, or be open to local atmosphere.
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Product
Programmable Industrial PC
HyperPAC
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The HyperPAC Industrial PC programmable control solution delivers top of the line performance with reliable operation for a variety of control and automation tasks. Compared to standard IPCs, the HyperPAC provides a highly compact, fanless solution, with existing expandable IO via PCIe, along with flexibility to expand and configure the system. The HyperPAC is a flexible, scalable solution for numerous applications and project requirements which enables IIoT (Industrial Internet of Things) integration.
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Product
Communication Gateways
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We offer compact gateways for DeviceNet™, Profibus™ and Ethernet communication protocols available in RS232, RS422, RS485 and Modbus interfaces for communicating with our programmable automation controllers and networked I/O.
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Product
Special Application Thermal & Pressure Mass Flow Controllers
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Certain process vapors and gases require mass flow controllers of a special design specific to the material as well as process conditions. MKS offers both thermal mass flow controllers and pressure based mass flow controllers for these applications that require flow control at elevated temperatures and/or low pressure drop conditions given the source material characteristics.
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Product
Residual Gas Analyzers
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Residual Gas Analyzers are an effective tool to analyze system gas loads resulting from real leaks, virtual leaks or chamber wall outgassing. RGAs have a number of advantages over traditional, dedicated gas leak detectors including the ability to differentiate between different gas species, comparable sensitivity levels, the ability to detect internal or "virtual" leaks and to detect and analyze outgassing problems.


















