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*
* Products
* All Vacuum Products
* Manufacturing Division
* Vacuum Chambers
* Vacuum Chambers Overview
* Chamber Builder™
* Chamber Builder™ Overview
* Cylindrical Chamber Builder
* Box Chamber Builder
* Cylindrical Assembly Chamber Builder
* Endplate Chamber Builder
* Spherical Chamber Builder
* Endplates - Compatible with Chamber Builder
* Pre-Engineered Vacuum Chambers
* Box Vacuum Chambers
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* Cylindrical Chambers
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* Glass Bell Jars (Pyrex)
* Water-Cooling Capabilities
* Vacuum Chambers Inquiry Form
* Custom Vacuum Chambers
* Aluminum Vacuum Chambers
* Mu-Metal Vacuum Chambers
* Water-Cooling Capabilities
* Multiport Cluster ConFlat® (CF) UHV Flanges
* Nipple Builder™
* UHV/Synchrotron Capabilities & Products
* Technical Notes & Resources
* Vacuum Chambers Technical Notes
* Vacuum Chambers FAQ
* Water-Cooling Capabilities
* Vacuum Chambers Inquiry Form
* Materials Division
* Deposition Materials
* Deposition Materials Overview
* Evaporation Materials
* Sputtering Targets
* Precious Metals
* Gold, Au (sputtering targets)
* Iridium, Ir (sputtering targets)
* Palladium, Pd (sputtering targets)
* Platinum, Pt (sputtering targets)
* Rhenium, Re (sputtering targets)
* Rhodium, Rh (sputtering targets)
* Ruthenium, Ru (sputtering targets)
* Silver, Ag (sputtering targets)
* Gold, Au (evaporation pellets & pieces)
* Gold, Au (evaporation wire)
* Gold Germanium (evaporation pellets)
* Gold Tin (evaporation pellets)
* Iridium, Ir (evaporation pieces)
* Palladium, Pd (evaporation pellets)
* Palladium, Pd (evaporation wire)
* Platinum, Pt (evaporation pellets)
* Platinum, Pt (evaporation wire)
* Rhodium, Rh (evaporation pieces)
* Silver, Ag (evaporation pellets & pieces)
* Silver, Ag (evaporation wire)
* Precious Metals Reclaim Service
* Precious Metals Service Form
* Evaporation Sources
* Micro-Electronics Evaporation Sources
* Thermal Filament Sources
* Thermal Rod Sources
* Basket Heaters
* Crucible Heaters
* Crucibles
* Boat Sources
* Alumina Coated Evaporation Sources
* Box Sources
* Evaporation Temperature vs Power Table
* Evaporation Sources Technical Notes
* Materials Calculators
* Evaporation Sources FAQ
* Target Bonding
* Indium Target Bonding Service
* Elastomeric Target Bonding Service
* OFHC Copper Backing Plates
* Backing Plates for OEM Sources
* Conductive Elastomer Discs & Sheets
* Epoxy for Target Bonding
* Silver-Filled Paste for Target Sealing
* Carbon Steel Magnetic Keepers
* Reclaim Services
* Production Materials
* Materials Quotation Form
* Precious Metals Service Form
* Tech Notes, Tables, & Resources
* Evaporation Materials and Sputter Targets Technical Notes
* Evaporation Process Notes by Material
* Protocol for Cleaning Materials Packaged in Oil
* Ramp Procedure for Ceramic Target Break-In
* Material Deposition Chart
* Materials Calculators
* SDS Directory
* Deposition Materials FAQ
* Evaporation Sources
* Evaporation Sources Overview
* Micro-Electronics Evaporation Sources
* Micro-Electronic Filaments
* Micro-Electronic Basket Heaters
* Micro-Electronic Basket Crucible Heaters
* Micro-Electronic Shielded Crucible Heaters
* Micro-Electronic Crucibles
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* Alumina Coated Micro-Electronic Sources
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* Thermal Filament Sources
* Thermal Filament Tungsten Coils
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* Thermal Rod Sources
* Basket Heaters
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* Shielded Crucible Heaters
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* Crucibles
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* E-Beam Sources
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* Canoe Boat Sources
* Covered Boat Sources
* Dimple Boat Sources
* Notched Boat Sources
* Flat Boat Sources
* Pan Trough Boat Sources
* Boat Sources - Closed End Tube Heaters
* Boat Sources - Slab Heaters
* Materials Calculators
* Material Deposition Chart
* Evaporation Process Notes by Material
* Alumina Coated Evaporation Sources
* Alumina Coated Evaporation Sources
* Alumina Coated Micro-Electronic Sources
* Box Sources
* Rechargeable Baffled Boxes
* Non-Rechargeable Baffled Boxes
* Tantalum Box Heaters
* Evaporation Temperature vs Power Table
* Evaporation Sources Technical Notes
* Materials Calculators
* Evaporation Sources FAQ
* Vacuum Mart Division
* Feedthroughs & Viewports
* Feedthroughs & Viewports Overview
* Feedthrough Selection Guides
* Power Feedthrough Selection Guide
* Ceramic Break Feedthrough Selection Guide
* Coaxial Feedthrough Selection Guide
* Multipin Feedthrough Selection Guide
* Thermocouple Feedthrough Selection Guide
* Viewports/Optical Feedthrough Selection Guide
* Power Feedthroughs
* Power Feedthrough Selection Guide
* Power Pins
* High Current Circular
* High Current Quick Connect
* Electrical Power Feedthroughs - 50 Volts, 400-1000 Amps
* Electrical Power Feedthroughs - 500 Volts, 1-15 Amps
* Electrical Power Feedthroughs - 1,000-1,500 Volts, 1-25 Amps
* Electrical Power Feedthroughs - 2,000 Volts, 1.1-50 Amps
* Electrical Power Feedthroughs - 3,000 Volts, 1.8-250 Amps
* Electrical Power Feedthroughs - 5,000 Volts, 1-180 Amps
* Electrical Power Feedthroughs - 8,000 Volts, 20-1000 Amps
* Electrical Power Feedthroughs - 12,000 Volts, 3.6-185 Amps
* Electrical Power Feedthroughs - 14,000 Volts, 1-50 Amps
* Electrical Power Feedthroughs - 20k-100k Volts, 3-180 Amps
* RF Power
* Technical Notes & Resources
* Feedthroughs Connection Examples
* Custom Feedthrough Questionnaire
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* Coaxial Feedthroughs
* Coaxial Feedthrough Selection Guide
* BNC Connectors
* BNC to Microdot Connectors
* MHV Connectors
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* SHV-10 Connectors
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* SMA Connectors
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* Type N Connectors
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* Cabling Instructions
* Feedthroughs & Viewports Technical Notes & Resources
* Feedthroughs Connection Examples
* Custom Feedthrough Questionnaire
* Custom Viewport Questionnaire
* Multipin Feedthroughs
* Multipin Feedthrough Selection Guide
* USB Feedthroughs
* Multi-Pin Circular Feedthroughs (MPC)
* Multi-Pin Sub-D Type Feedthroughs (MPDT)
* Multi-Pin High Density Sub-D Type Feedthroughs
* Multi-Pin Micro-D Type Feedthroughs (MPMT)
* Multi-Pin Sub-C Type Feedthroughs (MPCT)
* Multi-Pin Mil-Spec Feedthroughs (MS)
* Multi-Pin Threaded Feedthroughs (MPT)
* Multi-Pin High Voltage Threaded Feedthroughs (MPHV)
* Multi-Pin Octal Feedthrough (MPO)
* Feedthroughs & Viewports Technical Notes & Resources
* Feedthroughs Connection Examples
* Custom Feedthrough Questionnaire
* Custom Viewport Questionnaire
* Liquid/Gas Feedthroughs
* Thermocouple Feedthroughs
* Thermocouple Feedthrough Selection Guide
* Type C Thermocouple Feedthroughs
* Type E Thermocouple Feedthroughs
* Type J Thermocouple Feedthroughs
* Type K Thermocouple Feedthroughs
* Type R Thermocouple Feedthroughs
* Type T Thermocouple Feedthroughs
* Thermocouple Feedthrough Probes
* Technical Notes & Resources
* Feedthroughs Connection Examples
* Custom Feedthrough Questionnaire
* Custom Viewport Questionnaire
* Vacuum Viewports
* Viewports/Optical Feedthrough Selection Guide
* Kodial Glass Viewports
* Quartz (Fused Silica) Viewports
* Sapphire Viewports
* Exotic Lens Viewports
* Viewport Shutters
* Viewports Technical Notes
* Viewports FAQ
* Custom Viewport Questionnaire
* Ceramic Break Feedthroughs
* Ceramic Break Feedthrough Selection Guide
* CF Flanged Vacuum Ceramic Breaks
* KF Flanged Vacuum Ceramic Breaks
* Weldable Vacuum Ceramic Breaks
* Water Ceramic Breaks
* Cryogenic Ceramic Breaks
* Feedthroughs & Viewports Technical Notes & Resources
* Custom Feedthrough Questionnaire
* Custom Viewport Questionnaire
* Feedthrough Accessories
* Connectors & Plugs
* Cabling & Wires
* Contacts
* Insulators
* Feedthroughs Connection Examples
* Custom Feedthrough Questionnaire
* Custom Viewport Questionnaire
* Motion Feedthroughs
* Feedthroughs & Viewports Technical Notes & Resources
* Power Feedthrough Technical Notes
* Instrument Feedthrough Technical Notes
* Thermocouple Feedthrough Technical Notes
* Ceramic Break Technical Notes
* Gas & Liquid Feedthrough Technical Notes
* Optical Feedthrough Technical Notes
* Part Number Charts Explained
* Cabling Instructions for Feedthroughs
* Feedthroughs Connection Examples
* Feedthroughs FAQ
* Custom Feedthrough Questionnaire
* Custom Viewport Questionnaire
* Custom Feedthrough Questionnaire
* Custom Viewport Questionnaire
* Product Cross-Reference Inquiry
* Vacuum Flanges & Components
* Flanges & Components Overview
* Vacuum Flanges & Components Selection Guides
* Standard Flange Selection Guide
* Elastomer O-Rings Selection Guide
* Gasket Selection Guide
* ConFlat® (CF) UHV Flanges & Components
* Standard Flange Selection Guide
* 304L SS Standard ConFlat® (CF) UHV Flanges
* 316LN SS Standard ConFlat® (CF) UHV Flanges
* DN10CF (1" OD (25.4 mm)) 316L SS Standard ConFlat® (CF) UHV Flanges
* Aluminum A2219 Standard ConFlat® (CF) UHV Flanges
* Zero-Length Reducer ConFlat® (CF) UHV Flanges
* 304L SS Double-Faced ConFlat® (CF) UHV Flanges
* ConFlat® (CF) UHV Nipples
* ConFlat® (CF) UHV Elbows
* ConFlat® (CF) UHV Tees
* ConFlat® (CF) UHV Crosses & Cubes
* ConFlat® (CF) UHV Bellows
* ConFlat® (CF) UHV Gaskets
* ConFlat® (CF) UHV Hardware & Accessories
* Vented Hardware
* Multiport Cluster ConFlat® (CF) UHV Flanges
* ConFlat® (CF) UHV Flange Technical Notes
* KF (QF) HV Flanges & Components
* Standard Flange Selection Guide
* Blank KF (QF) HV Flanges & Stubs
* Bored KF (QF) HV Flanges
* Braze & Weld KF (QF) HV Flanges
* KF (QF) HV Nipples
* KF (QF) HV Elbows
* KF (QF) HV Tees
* KF (QF) HV Crosses
* KF (QF) HV O-Rings & Centering Rings
* KF (QF) HV Clamps & Accessories
* KF (QF) HV Flange Technical Notes
* ISO HV Flanges & Components
* Standard Flange Selection Guide
* Standard ISO HV Flanges
* ISO-K HV Half Nipples (clamped)
* ISO-F HV Half Nipples (bolted)
* ISO-K HV Full Nipples (clamped)
* ISO-K HV Reducing Nipples (clamped)
* ISO-K HV Elbows (clamped)
* ISO-K HV Tees (clamped)
* ISO-K HV Crosses (clamped)
* ISO HV Centering Rings & O-Rings
* ISO HV Clamps & Accessories
* ASA HV Flanges & Components
* ASA HV Tees
* Standard Flange Selection Guide
* ASA HV Nipples
* ASA HV Elbows
* ASA HV Crosses
* ASA HV O-Rings & Hardware
* ASA HV Flanges
* Adapters & Couplings
* Flange to Flange Adapters
* Flange to Coupling Adapters
* Flange to Fitting Adapters
* Flange to Thread Adapters
* Quick Connect Couplings
* Baseplate Couplings
* Bellows, Tubing, & Weld Fittings
* Bellows
* Tubings
* Weld Fittings
* Fast Entry Access Doors
* Fast-Entry Access Load Lock Doors
* Fast-Entry Access Load Lock Doors Hardware & Replacement Parts
* Swagelok VCR® and Swagelok® Fittings
* Swagelok VCR® Fittings
* Swagelok® Fittings
* Hose Connectors
* Elastomer O-Rings
* Elastomer O-Rings Selection Guide
* Buna-N (Nitrile) O-Rings
* Silicone Rubber (Si) O-Rings
* Perfluoroelastomer (FFKM) Kalrez® O-rings
* Ethylene Propylene (EPDM) O-Rings
* Fluorocarbon (FKM) O-Rings
* Ultra High Vacuum (UHV) Aluminum Foil
* Viewports & Shutters
* Custom Viewport Questionnaire
* Kodial Glass Viewports
* Quartz (Fused Silica) Viewports
* Sapphire Viewports
* Exotic Lens Viewports
* Viewport Shutters
* Viewports/Optical Feedthroughs Technical Notes
* Viewports/Optical Feedthroughs FAQ
* Nipple Builder™
* Vacuum Flange/Components Technical Notes & Resources
* Flange Systems Overview
* ConFlat® (CF) UHV Flange Technical Notes
* Wire Seal Flange Technical Notes
* KF (QF) HV Flange Technical Notes
* ISO HV Flange Technical Notes
* ASA Flange Technical Notes
* Elastomeric Gasket Technical Notes
* Flanged Fittings Technical Notes
* Tubing & Bellows Technical Notes
* Glass-Metal Seals & Viewports Technical Notes
* Flanges & Components FAQ
* Product Cross-Reference Inquiry
* Sample Manipulation & Motion
* Manipulation & Motion Overview
* Rotary Motion
* MagiDrive™ Solid Shaft (UHV Design)
* MagiDrive™ Hollow Shaft (UHV Design)
* MagiLift Rotary and Linear Motion Feedthrough
* Solid Shaft Ferro-Magnetic Fluid Rotary Feedthroughs
* Hollow Shaft Ferro-Magnetic Fluid Rotary Feedthroughs
* Retrofit Integrated Ferro Magnetic Fluid Rotary Drives
* Differentially Pumped Rotary Platforms (DPRP / DPRF)
* Dynamic O-ring Shaft Seal
* Ferrodrives Cross Reference Chart
* Linear Motion & Alignment
* Linear Shift (Z Axis Manipulation)
* Y, XY, & XYZ Motion
* Linear Bellows Drive (Push Pull)
* Port Aligner
* Magnetically Coupled Linear Positioner (Push Pull)
* MagiLift Rotary and Linear Motion Feedthrough
* Sample Transfer Devices
* Linear / Rotary Motion (Magnetically Coupled)
* Linear Telescopic Transfer Arm
* Sample Parking Stage - Linear and Rotary Manipulator
* Alignment Mechanisms
* XY Aligner
* Port Aligner
* Linear Displacement Mechanism
* Y, XY, & XYZ Motion
* Linear Shift (Z Axis Manipulation)
* MultiMotion TETRAXE: XYZ + Tilt
* XY Aligner
* MultiStage Platform: XYZ-Motion
* Introduction to Multi-Axis Manipulation
* MultiBase: XY-Motion
* Linear Displacement Mechanism: Y-Motion
* Motion Controllers
* Multi-Axis Stepper Motor Controller
* DC Controller (SADC Series)
* MultiCentre Analytical Stages
* MultiCentre Analytical Stages Overview
* XL-T Series - Single bellows, compact analytical stages
* XL-R Series - Dual bellows, high stability, precision stages
* EpiCentre Deposition Stages
* EpiCentre - The Deposition Stage Introduction
* EC-I Series - In-line Deposition Stages
* EC-R Series - Right-angle Deposition Stages
* GLAD Series - Glancing Angle Deposition Stages
* EPS Series - Substrate Preparation Stage
* UHV Heater Modules
* Radial Telescopic Transfer Arm (RTTA)
* Radial Distribution Chamber Solutions
* 2-Axis RTTA (Rotary & telescopic extension)
* 3-Axis RTTA (Rotary & telescopic extension with lift/lower)
* Wobble Sticks
* Wobble Stick WS40 - Linear & Rotary Motion
* Wobble Stick WSG40 - Linear & Rotary Motion with Gripper Options
* Technical Notes & Resources
* Sample Manipulation/Motion Technical Notes
* Linear Shift Overview
* PowerProbe Series Overview
* Sample Manipulation/Motion FAQ
* Product Cross-Reference Inquiry
* Vacuum Pumps
* Vacuum Pumps Overview
* Vacuum Pump Selection Guide
* Rotary Vane Vacuum Pumps
* Vacuum Pump Selection Guide
* KJLC Rotary Vane Vacuum Pumps
* Adixen Rotary Vane Vacuum Pumps
* Agilent Technologies Rotary Vane Vacuum Pumps
* Edwards Rotary Vane Vacuum Pumps
* Leybold Vacuum Rotary Vane Vacuum Pumps
* Pfeiffer Rotary Vane Vacuum Pumps
* Remanufactured Vacuum Pumps
* Vacuum Pump & Repair Services
* Technical Notes & Resources
* Dry Scroll Vacuum Pumps
* Vacuum Pump Selection Guide
* Edwards Dry Scroll Vacuum Pumps
* Agilent Technologies Dry Scroll Vacuum Pumps
* Leybold SCROLLVAC plus Vacuum Pumps
* Busch Dry Scroll Vacuum Pumps
* Anest Iwata Dry Scroll Vacuum Pumps
* Leybold Dry Scroll Vacuum Pumps
* Pfeiffer HiScroll
* Remanufactured Vacuum Pumps
* Vacuum Pump & Repair Services
* Technical Notes & Resources
* Dry Diaphragm Vacuum Pumps
* ULVAC® Chemical—DTC Series Diaphragm Pumps
* Edwards XDD1 Diaphragm Pumps
* Pfeiffer MVP Diaphragm Pumps
* Dry Screw Vacuum Pumps
* Vacuum Pump Selection Guide
* Leybold VARODRY Series Vacuum Pumps
* Busch Cobra Series Screw Vacuum Pump
* Leybold ScrewLine Series
* Remanufactured Vacuum Pumps
* Vacuum Pump & Repair Services
* Technical Information
* Multi-Stage Roots Vacuum Pumps
* Adixen™ (Pfeiffer®) ACP Series
* EBARA EV-A Series Dry Vacuum Pumps
* EBARA EV-SA Series Dry Vacuum Pumps
* Leybold ECODRY plus Multi-Stage Roots Vacuum Pumps
* Edwards nXRi Multi-Stage Roots Vacuum Pumps
* Cryo Vacuum Pumps
* Edwards (formerly Brooks) CTI-Cryogenics Cryo-Torr® Vacuum Pumps
* Edwards (formerly Brooks) CTI-Cryogenics On-Board® Vacuum Pumps
* Edwards (formerly Brooks) CTI-Cryogenics Compressors
* Technical Notes & Resources
* Turbomolecular Vacuum Pumps
* Vacuum Pump Selection Guide
* Turbo-Drag Hybrid Pumps
* Magnetically Levitated Pumps
* Remanufactured Vacuum Pumps
* Vacuum Pump & Repair Services
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* Turbomolecular Vacuum Pump Stations
* Vacuum Pump Selection Guide
* Pfeiffer HiCube™ ECO Dry Pumping Stations
* Edwards T-Station Turbo Pumping Station
* Edwards nEXT TIC controlled Pumping Stations
* Leybold TURBOLAB Turbomolecular Pump Stations
* Leybold TURBOLAB Core Pumping Stations
* Pfeiffer HiCube™ Classic Pumping Station
* Remanufactured Vacuum Pumps
* Vacuum Pump & Repair Services
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* Diffusion Vacuum Pumps
* Agilent (Varian) Diffusion Pumps
* Edwards Diffstak Series (Water Cooled) Diffusion Pumps
* Remanufactured Vacuum Pumps
* Vacuum Pump & Repair Services
* Technical Notes & Resources
* Ion Vacuum Pumps
* Vacuum Pump Selection Guide
* Agilent Technologies VacIon Plus Pumps
* Gamma Vacuum Ion Pumps
* Remanufactured Vacuum Pumps
* Vacuum Pump & Repair Services
* Vacuum Pumps Technical Notes
* Remanufactured Vacuum Pumps
* Vacuum Pump & Repair Services
* Legacy Vacuum Pumps
* Technical Notes & Resources
* Vacuum Pump Selection Guide
* VacTran
* Vacuum Pumps Technical Notes
* Vacuum Pumps FAQ
* Remanufactured Vacuum Pumps
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* Traps & Filters
* Traps & Filters Overview
* Vapor Traps
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* Metal Wool Vapor Traps
* Inline LN2 Cooled Vapor Traps
* Particulate Filters
* Multimedia Housings - KF Flanged
* Polyester Particulate Filters (Female NPT)
* Polyester Particulate Filters (Male NPT)
* Polyester Particulate Filters (ASA Flanged)
* Exhaust Filters
* KJLC® Regular Duty Exhaust Filters
* KJLC® Heavy Duty Exhaust Filters
* Adixen® (Pfeiffer) Exhaust Filters
* Welch® Exhaust Filters
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* Agilent Portable PR and PD Leak Detectors
* Pfeiffer ASM 310 Leak Detectors
* Mobile Leak Detectors
* Agilent MR and MD Mobile Leak Detectors
* Pfeiffer Mobile Leak Detectors ASM 390 and 392
* Benchtop Leak Detectors
* KJLC Insight Helium Leak Detector
* Pfeiffer Leak Detector ASM 340 & ASM 340D
* Agilent BR and BD Benchtop Leak Detectors
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* HLD Helium Leak Detector Filter
* Remanufactured Vacuum Pumps
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* Residual Gas Analyzers: How RGAs Work
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* Interpreting Spectra
* Advanced RGA Spectra Interpretation
* RGA Spectra Resource by AMU
* RGA Spectra Resource by Gas
* Vacuum Fluids & Greases
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* Mechanical Vacuum Pump Oil
* Fomblin Y LVAC Inert PFPE Fluid
* Semi Synthetic Vacuum Pump Oil
* KJLC TKO-FF Hydrocarbon Flushing Fluid
* Galden Perfluorosolv SV55 Solvent
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* Santovac 5 Diffusion Pump Oils
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* Apiezon Compounds & Waxes
* Vacuum Epoxy
* Lubricating Fluids
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* Apiezon® K
* TorrLube
* Galden® Heat Transfer Fluid
* Anti-Seize Thread Lubricant
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* TorrLube
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* Vacuum Fluids Technical Information
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* SDS Directory
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* Syensqo Specialty Polymers Fomblin PFPE Pump Fluid
* Dow Corning DC 702 Silicone Fluid
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* Fully Synthetic Vacuum Pump Oil
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* Klüberalfa GR ZNF
* Pressure Measurement
* Pressure Measurement Overview
* Vacuum Gauge Selection Guide
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* Ambient Capacitance Manometers Comparison Chart
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* KJLC® ACG Ambient Series Capacitance Manometers
* KJLC® HCG Heated Series Capacitance Manometers
* KJLC Carbon XCG Series Capacitance Manometer
* MKS® AA01 A a-Baratron® Absolute, Ambient Temperature Capacitance
Manometer
* MKS® AA02 A a-Baratron® Absolute Analog Heated Capacitance Manometer
* MKS® 626D Baratron® Absolute Ambient Temperature Capacitance Manometer
* MKS® 627H Baratron® Temperature Regulated Capacitance Manometer
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* Piezo/Pirani (Combination)
* Thermocouple Gauges
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* Convection Enhanced Pirani Gauge Comparison Chart
* KJLC® 275 Series Gauge Tubes
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Gauge
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* Product Cross-Reference Inquiry
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* Atomic Layer Deposition Systems
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Josephson Junctions
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& TMR Thin Films & Heusler Alloys
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--------------------------------------------------------------------------------
Bei der Kurt J. Lesker Company® sind wir stolz auf unsere Dienstleistungen,
Lösungen und unser Know-how. Im Folgenden sehen Sie Feedback, das uns von
unseren Kunden zu ihren Erfahrungen zur Verfügung gestellt wurde. Wenn Sie uns
wissen lassen möchten, wie wir unser Unternehmen führen, nehmen Sie bitte an
unserer kurzen Kundenumfrage teil.
Wir sind seit Anfang 2000 Kunden von KJLC. Anfangs mit dem SPECTROS, einem
zuverlässigen Verdampfer für die Herstellung organisch-elektronischer Geräte,
und später mit dem Super-SPECTROS, einer aktualisierten Version der
SPECTROS-Serie mit unbegrenzten Möglichkeiten, die die Geräteherstellung sowohl
effizient als auch schnell machen. Die eKLipse-Steuerungssoftware ist leicht zu
bedienen und kann sowohl von erfahrenen als auch von unerfahrenen Anwendern mit
dem Tool Verarbeitungsteile genutzt werden. Das Software-Team von KJLC hat die
Software perfekt an unsere Anforderungen angepasst. Damit ist der
Verdampfungsprozess leicht zu steuern. Auf dem Gebiet der organischen Elektronik
halte ich den Super-Spectros für eine hochmoderne Anlage für die
Geräteherstellung. Im Lauf der Jahre, in denen ich schon mit KJLC
zusammenarbeite, konnte ich feststellen, dass sich die Produkte des Unternehmens
ständig weiterentwickeln, wobei das Feedback von den Kunden stets berücksichtigt
wird. Das Service- und Supportteam des Unternehmens hat uns immer zur Seite
gestanden, pünktlich und bereit, uns bei Bedarf zu unterstützen.
Kleitos Stavrou
Post-Doctor-Forscher
Durham University
Durham, Großbritannien
https://www.durham.ac.uk/
--------------------------------------------------------------------------------
Die Geräte der Kurt J. Lesker Company gelten weltweit als Benchmark auf dem
Gebiet physikalischer Gasphasenabscheidungssysteme. In unserem Reinraumlabor
haben wir zwei Verdampfungssysteme der Kurt J. Lesker Company. Die PVD-Anlage
75und SPECTROS 100 sind beide für unsere Forschung in der Mikroelektronik und
der organischen Elektronik sehr hilfreich. KJLC hat nicht nur ideale
Abscheidungssysteme geliefert, sondern auch hervorragenden technischen Support
geleistet.
Martin Weis
Professor
Labor für organische Elektronik, Institut für Elektronik und Photonik,
Slowakische Universität für Technologie
Bratislava, Slovakei
https://www.stuba.sk/
--------------------------------------------------------------------------------
Als langjähriger Kunde von Lesker war ich immer mit ihren Produkten und
Dienstleistungen zufrieden. Kürzlich hatte ich die Gelegenheit, ihre neue Mag
Keeper Sputterquelle zu verwenden und war von der Gesamtleistung sehr
beeindruckt. Nachdem ich in der Vergangenheit TORUS-Magnetrons verwendet hatte,
stellte ich fest, dass das neue Design es mir ermöglichte, mit viel niedrigeren
Betriebsdrücken zu arbeiten, was in meiner Anwendung entscheidend war. Darüber
hinaus reduziert die Tatsache, dass das Design keine Anodenabschirmung oder
-klemme aufweist, die Kontamination in meinem Prozess erheblich reduziert und es
mir ermöglicht, die Prozesse länger am Laufen zu halten, ohne meine Kammer zur
Reinigung belüften zu müssen. Dieses neue Magnetron-Design ist eine wesentliche
Verbesserung der Sputter-Systeme von Kurt Lesker und wird bei allen meinen
zukünftigen Anwendungsanforderungen berücksichtigt. – Erfahren Sie mehr über die
UHV-kompatiblen, kreisförmigen Magnetron-Sputter-Quellen der Marke TORUS® Mag
Keeper™.
Erol Girt
Privatdozent
Simon Fraser University
Vancouver, British Columbia, Kanada
https://www.sfu.ca/
--------------------------------------------------------------------------------
Das Mini-SPECTROS™ hat sich als ideales Werkzeug für den schnellen Nachweis der
Machbarkeit von aufgedampften Perowskit-Solarzellen erwiesen, die Kombination
von organischen und metallischen Quellen bietet eine große Vielseitigkeit für
die Untersuchung neuer Materialien mit einem breiten Spektrum von
Depositionstemperaturen. Der schnelle und freundliche Service von Lesker hat uns
auch geholfen, das Beste aus diesem Tool herauszuholen. – Erfahren Sie mehr über
Henry Snaiths Perowskitforschung.
Henry Snaith
Hochschullehrer
Universität Oxford
Oxford, Großbritannien
https://www.ox.ac.uk/
--------------------------------------------------------------------------------
Kurt J. Lesker Company ist ein führender Anbieter von Vakuumprodukten und
-dienstleistungen. Der sehr umfangreiche Lagerbestand und die angebotenen
Produkte haben KJLC zur ersten Anlaufstelle zum Kauf von Vakuumgeräten gemacht.
Meine Gruppe schätzt den großen Bestand und die breite Produktpalette, die sie
anbietet. Das Team von KJLC macht noch ein wenig mehr, um jedes mal ein
großartiges Erlebnis zu bieten.
Nathan Newman
Lawrence Professor für Festkörperwissenschaften
Arizona State University
Phoenix, AZ, U.S.A.
https://www.asu.edu/
--------------------------------------------------------------------------------
Das SPB/SFX-Instrument des European XFEL verfügt über eine fundierte
Kollaborationserfahrung in Vakuumprojekten mit Kurt Lesker. Dies ist auf den
schnellen Liefertermin, die gute Kundenkommunikation und die Qualität der
gelieferten Teile zurückzuführen. Dass Kurt Lesker ein Partner ist, hat es
ermöglicht, wichtige Teile unserer Instrumentierung pünktlich zu installieren
und die Spezifikationen zu erfüllen.
Luis Lopez
Integrationsingenieur
European XFELHamburg, Deutschland
https://www.xfel.eu/
--------------------------------------------------------------------------------
Wir mussten im Emerging Technologies and Innovation Center von UMass
längerfristig denken, deshalb waren wir froh, dass Lesker das extrem vielseitige
Lab-Line Sputter-Tool angeboten hat. Wir bekamen auch Unterstützung bei der
Auswahl der Anwendungen, was für die Wahl entscheidend war. Lesker hat nicht nur
die Ausrüstung und Unterstützung zur Verfügung gestellt, sondern auch ein
Vakuumtraining für unsere Forscher angeboten, das sehr beliebt war. Kein System
ist perfekt, aber Lesker hat sich in den meisten Phasen bewährt und ist
bestrebt, sich in den Bereichen zu verbessern, in denen Verbesserungen möglich
sind.
Thomas S. Ferraguto
Nanofab Director
Universität Massachusetts Lowell
Lowell, MA, USA
https://www.uml.edu/
--------------------------------------------------------------------------------
Wir haben aktuell 3 Kurt J. Lesker Verdampfungssysteme in unserer
Multi-User-Laboranlage installiert. Von Anfang an hat KJLC einen hervorragenden
technischen Support bereitgestellt, um das Projekt pünktlich zu beenden und die
Lieferung und Installation des Systems war auch sehr professionell und schnell.
Die Systeme selbst (ein Mini SPECTROS und zwei SPECTROS 100 , die sowohl
organisches Material als auch Metalle ablagern können) haben sich als sehr
leistungsfähige Werkzeuge für das schnelle Prototyping und die Forschung von
organisch-elektronischen Geräten erwiesen. Seit der Installation der Systeme
haben die Mitarbeiter von Kurt J. Lesker uns weiterhin mit schnellem und
effizientem technischen Support und Kundendienst versorgt.
Sokha Khiev
Ingenieur Chemie & Kennzeichnung
Universität Bordeaux, Frankreich
https://elorprinttec.u-bordeaux.fr/
--------------------------------------------------------------------------------
Lesker gab uns die beste Erfahrung, die wir uns bei der Einrichtung von LabMonti
erhofft hatten. Sie halfen uns, alles zu entwerfen: von unserer UHV-Kammer für
Einzelmolekülmikroskopie bis zu unserem System für ultraschnelle
Oberflächendynamik in organischen Halbleitern, und das vom ersten Schritt bis
zur Fertigstellung. Dank ihrer umfassenden Abdeckung von allem, was mit
UHV-Anwendungen zu tun hat, haben sie unsere Forschung seitdem begleitet.
Dr. Oliver L.A. Monti
Assistenzprofessor
University of Arizona
Tucson, AZ, U.S.A.
https://www.arizona.edu/
--------------------------------------------------------------------------------
Wir haben mit KJLC beim Entwurf einer UHV-Kammer und anderer Komponenten
zusammengearbeitet, um den ersten Prototyp für unser neuartiges
Passivierungsverfahren für Verbindungshalbleiter zu bauen. Wir haben ihr
Online-Design-Tool und ihre 3D Komponentenbibliotheken und Produktkonfiguratoren
verwendet, um das vorläufige 3D unseres Systems zu erhalten, der gesamte Prozess
war extrem einfach und schnell. Ihr Ingenieursteam ist sehr geschickt und
freundlich und hat uns während des gesamten Projekts und speziell bei der
Konstruktion komplizierter Komponenten, wie kundenspezifische Transfersysteme,
ausgezeichnete Unterstützung geleistet. Wir haben das System pünktlich und in
Premiumqualität, von der ersten Schraube bis zum Verpackungsmaterial, erhalten!
Wir sind sehr zufrieden mit dem Endergebnis sowie mit der gesamten
Geschäftsbeziehung und wie KJLC mit dem Projekt umgegangen ist. Sie haben sich
als Top-Lieferant erwiesen und sind nun bereit, gemeinsam weiter Geschäfte zu
machen. Danke für die tolle Arbeit.
Vicente Calvo Alonso
Vorstandsvorsitzender, Firmengründer
Comptek Solutions
Turku, Finnland
https://www.comptek-solutions.com/
--------------------------------------------------------------------------------
Die Belegschaft von KJLC arbeitet effizient und verfügt über ausgezeichnete
Kommunikationsfähigkeiten. Die Vakuumgeräte von KJLC sind präzise und haben
benutzerfreundliche Bedienoberflächen.
Dr. Shangbo Ma
Peking University
Haidian, Beijing, China
https://english.pku.edu.cn/
--------------------------------------------------------------------------------
Ich arbeitete mit der Kurt J. Lesker Company an einer UHV-Experimentierkammer
für eine Elektronenstrahldiagnose für das AWAKE-Experiment am CERN zusammen. Die
Konstrukteure von Kurt J. Lesker arbeiteten eng mit mir zusammen, um meinen
Kammeraufbau zu entwickeln und zu bauen. Ich empfand das ganze Erlebnis der
Zusammenarbeit mit Kurt J. Lesker Company sehr angenehm. Mir wurde während des
gesamten Projekts mit technischer Hilfe und Unterstützung geholfen. Ich wurde
dann in das Fertigungsgebäude von Hastings eingeladen, um das freundliche Team
von Ingenieuren zu treffen und mein Projekt, das vorzeitig fertiggestellt wurde,
abzusegnen. Ich freue mich auf unser nächstes Projekt und die Möglichkeit,
wieder mit der Kurt J. Lesker Company zusammenzuarbeiten. Vielen Dank für Ihren
großartigen Kundenservice und für die hohe Qualität des Endproduktes.
Öznur Mete
Forscher
Cockcroft Institut für Beschleunigerwissenschaft und -technologie
Daresbury, Warrington, Vereinigtes Königreich
https://www.cockcroft.ac.uk/
--------------------------------------------------------------------------------
Die von der Firma Kurt J. Lesker gekaufte Sputteranlage produziert gleichmäßige,
glatte und reproduzierbare Dünnschichten von hoher Qualität, was uns bei der
Erreichung unserer Forschungsziele sehr unterstützt.
Professor Zongzhi Zhang
Fudan Universität
Yangpu, Shanghai, China
https://www.fudan.edu.cn/en/
--------------------------------------------------------------------------------
Ich habe mich aufgrund der Erfahrung von Kurt J. Lesker und der Flexibilität bei
der Anpassung des Systems für einen Mini-SPECTROS entschieden. Ich war sehr
zufrieden mit der Leistung des Systems, und die rezeptgesteuerte Deposition ist
ein großes Zeitersparnis im Labor. Darüber hinaus hat der Kundendienst und die
Unterstützung von Kurt J. Lesker über jedes andere Unternehmen hinausgegriffen,
mit dem ich zusammengearbeitet habe. Sie haben sehr schnell auf Fragen
geantwortet und Probleme auf eine Weise gelöst, die den Aufwand für mich
minimiert haben. Ich würde auf jeden Fall ein Mini-SPECTROS-System an jeden in
der Praxis weiterempfehlen.
Professor Kevin Sivula
Laborchef
EPFL (École Polytechnique Fédérale de Lausanne)
Lausanne, Schweiz
https://www.epfl.ch/en/
--------------------------------------------------------------------------------
Unsere Tools von Lesker sind unsere Hauptwerkzeuge, die eine stabile und
reproduzierbare Verarbeitung unserer organischen Geräte garantieren.
Insbesondere die kombinatorischen Eigenschaften haben sich als äußerst nützlich
erwiesen.
Professor Karl Leo
Director
The Dresden Integrated Center for Applied Physics and Photonic Materials (IAPP)
Dresden, Deutschland
https://tu-dresden.de/dcpc/iapp/
--------------------------------------------------------------------------------
UNTERNEHMEN
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* XL-R Series - Dual bellows, high stability, precision stages
* EpiCentre Deposition Stages
EPICENTRE DEPOSITION STAGES
* Zurück
* EpiCentre - The Deposition Stage Introduction
* EC-I Series - In-line Deposition Stages
* EC-R Series - Right-angle Deposition Stages
* GLAD Series - Glancing Angle Deposition Stages
* EPS Series - Substrate Preparation Stage
* UHV Heater Modules
* Radial Telescopic Transfer Arm (RTTA)
RADIAL TELESCOPIC TRANSFER ARM (RTTA)
* Zurück
* Radial Distribution Chamber Solutions
* 2-Axis RTTA (Rotary & telescopic extension)
* 3-Axis RTTA (Rotary & telescopic extension with lift/lower)
* Wobble Sticks
WOBBLE STICKS
* Zurück
* Wobble Stick WS40 - Linear & Rotary Motion
* Wobble Stick WSG40 - Linear & Rotary Motion with Gripper Options
* Technical Notes & Resources
TECHNICAL NOTES & RESOURCES
* Zurück
* Sample Manipulation/Motion Technical Notes
* Linear Shift Overview
* PowerProbe Series Overview
* Sample Manipulation/Motion FAQ
* Product Cross-Reference Inquiry
* Vacuum Pumps
VACUUM PUMPS
* Zurück
* Vacuum Pumps Overview
* Vacuum Pump Selection Guide
* Rotary Vane Vacuum Pumps
ROTARY VANE VACUUM PUMPS
* Zurück
* Vacuum Pump Selection Guide
* KJLC Rotary Vane Vacuum Pumps
* Adixen Rotary Vane Vacuum Pumps
* Agilent Technologies Rotary Vane Vacuum Pumps
* Edwards Rotary Vane Vacuum Pumps
* Leybold Vacuum Rotary Vane Vacuum Pumps
* Pfeiffer Rotary Vane Vacuum Pumps
* Remanufactured Vacuum Pumps
* Vacuum Pump & Repair Services
* Technical Notes & Resources
* Dry Scroll Vacuum Pumps
DRY SCROLL VACUUM PUMPS
* Zurück
* Vacuum Pump Selection Guide
* Edwards Dry Scroll Vacuum Pumps
* Agilent Technologies Dry Scroll Vacuum Pumps
* Leybold SCROLLVAC plus Vacuum Pumps
* Busch Dry Scroll Vacuum Pumps
* Anest Iwata Dry Scroll Vacuum Pumps
* Leybold Dry Scroll Vacuum Pumps
* Pfeiffer HiScroll
* Remanufactured Vacuum Pumps
* Vacuum Pump & Repair Services
* Technical Notes & Resources
* Dry Diaphragm Vacuum Pumps
DRY DIAPHRAGM VACUUM PUMPS
* Zurück
* ULVAC® Chemical—DTC Series Diaphragm Pumps
* Edwards XDD1 Diaphragm Pumps
* Pfeiffer MVP Diaphragm Pumps
* Dry Screw Vacuum Pumps
DRY SCREW VACUUM PUMPS
* Zurück
* Vacuum Pump Selection Guide
* Leybold VARODRY Series Vacuum Pumps
* Busch Cobra Series Screw Vacuum Pump
* Leybold ScrewLine Series
* Remanufactured Vacuum Pumps
* Vacuum Pump & Repair Services
* Technical Information
* Multi-Stage Roots Vacuum Pumps
MULTI-STAGE ROOTS VACUUM PUMPS
* Zurück
* Adixen™ (Pfeiffer®) ACP Series
* EBARA EV-A Series Dry Vacuum Pumps
* EBARA EV-SA Series Dry Vacuum Pumps
* Leybold ECODRY plus Multi-Stage Roots Vacuum Pumps
* Edwards nXRi Multi-Stage Roots Vacuum Pumps
* Cryo Vacuum Pumps
CRYO VACUUM PUMPS
* Zurück
* Edwards (formerly Brooks) CTI-Cryogenics Cryo-Torr® Vacuum Pumps
* Edwards (formerly Brooks) CTI-Cryogenics On-Board® Vacuum Pumps
* Edwards (formerly Brooks) CTI-Cryogenics Compressors
* Technical Notes & Resources
* Turbomolecular Vacuum Pumps
TURBOMOLECULAR VACUUM PUMPS
* Zurück
* Vacuum Pump Selection Guide
* Turbo-Drag Hybrid Pumps
* Magnetically Levitated Pumps
* Remanufactured Vacuum Pumps
* Vacuum Pump & Repair Services
* Technical Notes & Resources
* Turbomolecular Vacuum Pump Stations
TURBOMOLECULAR VACUUM PUMP STATIONS
* Zurück
* Vacuum Pump Selection Guide
* Pfeiffer HiCube™ ECO Dry Pumping Stations
* Edwards T-Station Turbo Pumping Station
* Edwards nEXT TIC controlled Pumping Stations
* Leybold TURBOLAB Turbomolecular Pump Stations
* Leybold TURBOLAB Core Pumping Stations
* Pfeiffer HiCube™ Classic Pumping Station
* Remanufactured Vacuum Pumps
* Vacuum Pump & Repair Services
* Vacuum Pumps Technical Notes
* Diffusion Vacuum Pumps
DIFFUSION VACUUM PUMPS
* Zurück
* Agilent (Varian) Diffusion Pumps
* Edwards Diffstak Series (Water Cooled) Diffusion Pumps
* Remanufactured Vacuum Pumps
* Vacuum Pump & Repair Services
* Technical Notes & Resources
* Ion Vacuum Pumps
ION VACUUM PUMPS
* Zurück
* Vacuum Pump Selection Guide
* Agilent Technologies VacIon Plus Pumps
* Gamma Vacuum Ion Pumps
* Remanufactured Vacuum Pumps
* Vacuum Pump & Repair Services
* Vacuum Pumps Technical Notes
* Remanufactured Vacuum Pumps
* Vacuum Pump & Repair Services
* Legacy Vacuum Pumps
* Technical Notes & Resources
TECHNICAL NOTES & RESOURCES
* Zurück
* Vacuum Pump Selection Guide
* VacTran
* Vacuum Pumps Technical Notes
* Vacuum Pumps FAQ
* Remanufactured Vacuum Pumps
* Vacuum Pump & Repair Services
* Product Cross-Reference Inquiry
* Traps & Filters
TRAPS & FILTERS
* Zurück
* Traps & Filters Overview
* Vapor Traps
VAPOR TRAPS
* Zurück
* Molecular Sieve Vapor Traps
* Metal Wool Vapor Traps
* Inline LN2 Cooled Vapor Traps
* Particulate Filters
PARTICULATE FILTERS
* Zurück
* Multimedia Housings - KF Flanged
* Polyester Particulate Filters (Female NPT)
* Polyester Particulate Filters (Male NPT)
* Polyester Particulate Filters (ASA Flanged)
* Exhaust Filters
EXHAUST FILTERS
* Zurück
* KJLC® Regular Duty Exhaust Filters
* KJLC® Heavy Duty Exhaust Filters
* Adixen® (Pfeiffer) Exhaust Filters
* Welch® Exhaust Filters
* OEM Replacement Filter Element Cross-Reference
* Traps & Filters Technical Notes
* Leak Detectors & RGAs
LEAK DETECTORS & RGAS
* Zurück
* Portable Leak Detectors
PORTABLE LEAK DETECTORS
* Zurück
* Agilent Portable PR and PD Leak Detectors
* Pfeiffer ASM 310 Leak Detectors
* Mobile Leak Detectors
MOBILE LEAK DETECTORS
* Zurück
* Agilent MR and MD Mobile Leak Detectors
* Pfeiffer Mobile Leak Detectors ASM 390 and 392
* Benchtop Leak Detectors
BENCHTOP LEAK DETECTORS
* Zurück
* KJLC Insight Helium Leak Detector
* Pfeiffer Leak Detector ASM 340 & ASM 340D
* Agilent BR and BD Benchtop Leak Detectors
* KJLC® Residual Gas Analyzers (RGA)
* HLD Helium Leak Detector Filter
* Remanufactured Vacuum Pumps
* Vacuum Pump Selection Guide
* Leak Detection Technical Notes & Resources
* Residual Gas Analyzers (RGA) Technical Notes & Resources
RESIDUAL GAS ANALYZERS (RGA) TECHNICAL NOTES & RESOURCES
* Zurück
* Residual Gas Analyzers: How RGAs Work
* Background to Spectra
* Interpreting Spectra
* Advanced RGA Spectra Interpretation
* RGA Spectra Resource by AMU
* RGA Spectra Resource by Gas
* Vacuum Fluids & Greases
VACUUM FLUIDS & GREASES
* Zurück
* Vacuum Fluids & Greases Overview
* Mechanical Vacuum Pump Oil
MECHANICAL VACUUM PUMP OIL
* Zurück
* Fomblin Y LVAC Inert PFPE Fluid
* Semi Synthetic Vacuum Pump Oil
* KJLC TKO-FF Hydrocarbon Flushing Fluid
* Galden Perfluorosolv SV55 Solvent
* Diffusion Vacuum Pump Oil
DIFFUSION VACUUM PUMP OIL
* Zurück
* KJLC Silicone Pumping Oils
* Santovac 5 Diffusion Pump Oils
* Vacuum and Lubricating Greases
VACUUM AND LUBRICATING GREASES
* Zurück
* Hydrocarbon (Apiezon)
* Klüber PFPE Grease
* DuPont MOLYKOTE® High-Vacuum Grease
* Halocarbon CFC Vacuum Greases
* Anti-Seize Thread Lubricant
* Vacuum Sealants and Epoxy
VACUUM SEALANTS AND EPOXY
* Zurück
* Apiezon Compounds & Waxes
* Vacuum Epoxy
* Lubricating Fluids
LUBRICATING FLUIDS
* Zurück
* Apiezon® J
* Apiezon® K
* TorrLube
* Galden® Heat Transfer Fluid
GALDEN® HEAT TRANSFER FLUID
* Zurück
* Anti-Seize Thread Lubricant
* Galden® Heat Transfer Fluid
* TorrLube
* Acidity Analysis Kit
* Galden® PFPE Testing Electronic Fluids
* Vacuum Fluids Technical Information
VACUUM FLUIDS TECHNICAL INFORMATION
* Zurück
* Vacuum Fluids Technical Information
* SDS Directory
* Fluids & Greases FAQ
* Fluids Shelf Life Technical Notes
* Discontinued Fluids and Greases
DISCONTINUED FLUIDS AND GREASES
* Zurück
* Syensqo Specialty Polymers Fomblin PFPE Pump Fluid
* Dow Corning DC 702 Silicone Fluid
* Dow Corning DC 704 Silicone Fluid
* Fully Synthetic Vacuum Pump Oil
* Dow Corning DC 705 Silicone Fluid
* Klüberalfa GR ZNF
* Pressure Measurement
PRESSURE MEASUREMENT
* Zurück
* Pressure Measurement Overview
* Vacuum Gauge Selection Guide
* Vacuum Gauge & Controller Comparison Chart
* Technical Notes & Resources
TECHNICAL NOTES & RESOURCES
* Zurück
* Pressure Measurement Technical Notes
* Gauge Set Up
* How to Spec in a Vacuum Gauge
* Pressure Measurement FAQ
* Troubleshooting Form
* Dial Gauges
* Piezo Gauges
* Capacitance Manometers - Absolute Pressure Gauges & Baratron Gauges
CAPACITANCE MANOMETERS - ABSOLUTE PRESSURE GAUGES & BARATRON GAUGES
* Zurück
* Ambient Capacitance Manometers Comparison Chart
* Heated Capacitance Manometer Comparison Chart
* KJLC® ACG Ambient Series Capacitance Manometers
* KJLC® HCG Heated Series Capacitance Manometers
* KJLC Carbon XCG Series Capacitance Manometer
* MKS® AA01 A a-Baratron® Absolute, Ambient Temperature Capacitance
Manometer
* MKS® AA02 A a-Baratron® Absolute Analog Heated Capacitance Manometer
* MKS® 626D Baratron® Absolute Ambient Temperature Capacitance
Manometer
* MKS® 627H Baratron® Temperature Regulated Capacitance Manometer
* MKS® 628H Baratron® Temperature Regulated Capacitance Manometer
* MKS® 722C Baratron® General Purpose Absolute Capacitance Manometer
* Piezo/Pirani (Combination)
* Thermocouple Gauges
THERMOCOUPLE GAUGES
* Zurück
* KJLC® 520TC Series Field Analysis Vacuum Meter - Battery Powered
Thermocouple Gauge
* KJLC® 205 A Series Thermocouple Gauge Controller
* KJLC® 510TC Series Thermocouple Gauge Package
* KJLC® 615 Series Thermocouple Gauge Controller
* Replacement Thermocouple Gauge Tubes
* Pirani Gauges
PIRANI GAUGES
* Zurück
* KJLC® Pirani Gauge
* MKS® Granville-Phillips® 925 MicroPirani™ Vacuum Transducer
* Edwards APG200 High Performance Compact Pirani Gauge
* Convection Enhanced Pirani Gauges
CONVECTION ENHANCED PIRANI GAUGES
* Zurück
* Convection Enhanced Pirani Gauge Comparison Chart
* KJLC® 275 Series Gauge Tubes
* KJLC® 375 Series Panel Mount / Benchtop Gauge Controller
* KJLC® 275i Series Gauge with Integrated Controller & Display
* KJLC® 300 Series Gauge with Integrated Controller & Display
* Hot Filament (Ion) Gauges
HOT FILAMENT (ION) GAUGES
* Zurück
* KJLC® 354 Series Ion Gauge with Integrated Controller & Display
* KJLC® 351 Series Hot Cathode Bayard-Alpert Miniature-Ionization
Vacuum Gauge
* Replacement Ion (Hot Filament) Gauge Tubes
* Cold Cathode Gauges
COLD CATHODE GAUGES
* Zurück
* Cold Cathode / Hot Filament Gauge Comparison Chart
* KJLC® Cold Cathode (Inverted Magnetron) Gauge
* 423 IMAG Cold Cathode Gauge
* Edwards AIM200 Active Inverted Magnetron Cold Cathode
* Wide-Range (Combination) Gauges
WIDE-RANGE (COMBINATION) GAUGES
* Zurück
* Wide Range Combination Gauge Comparison Chart
* KJLC® Cold Cathode/ Pirani Combination Gauges
* KJLC® 392 Series Wide-Range Combination Gauges
* MKS® Granville-Phillips® 390 Micro-Ion® ATM Vacuum Gauge Module
* Edwards WRG200 Cold Cathode Pirani
* Replacement Gauge Tubes
REPLACEMENT GAUGE TUBES
* Zurück
* Replacement Ion (Hot Filament) Gauge Tubes
* Replacement Thermocouple Gauge Tubes
* Integrated Pressure Controllers
* Pressure Measurement Controllers
PRESSURE MEASUREMENT CONTROLLERS
* Zurück
* KJL-SPARC Power Supply & Display
* MKS® PDR900 Vacuum Gauge Controller
* KJLC® Multi-Gauge Controller – MGC3000
* MKS® 946 Vacuum System Controller
* Edwards TAG Turbo & Gauge Controller
* Edwards TIC Turbo & Instrument Controller
* Digivac FYRA Gauge Controller
* Pfeiffer OmniControl Pump and Gauge Controller
* Digivac DASH Portable Active Gauge Controller
* Residual Gas Analyzers (RGA)
* Pressure Measurement Legacy Items
PRESSURE MEASUREMENT LEGACY ITEMS
* Zurück
* KJLC® Multi-Gauge Controller – MGC4000
* KJLC® 2200 A Series Ion Gauge Controller
* KJLC® 937B Series Wide-Range Combination Gauges
* KJLC® 902 Series Piezo Gauges
* KJLC® 925 Series Pirani Gauges & PDR900 Controller
* KJLC® 317 Series Pirani Gauges & 947 Controller
* KJLC® 345 Series Pirani Gauges & 945 Controller
* KJLC® 909AR Series Ion Gauge
* KJLC® 423 Series Cold Cathode Gauges & 943 Controller
* KJLC® 971 Series Cold Cathode Gauge
* KJLC® 910 Series Wide-Range Combination Gauges
* KJLC® 979 Series Wide-Range Combination Gauges
* KJLC® 972 Series Combination Gauge
* Product Cross-Reference Inquiry
* Pressure Control
PRESSURE CONTROL
* Zurück
* Pressure Control Overview
* Pressure Control Comparison Charts
PRESSURE CONTROL COMPARISON CHARTS
* Zurück
* Ambient Capacitance Manometers Comparison Chart
* Heated Capacitance Manometer Comparison Chart
* Wide Range Combination Gauge Comparison Chart
* Cold Cathode / Hot Filament Gauge Comparison Chart
* Convection Enhanced Pirani Gauge Comparison Chart
* Mass Flow Controller Comparison Chart
* Capacitance Manometers - Absolute Pressure Gauges & Baratron Gauges
* Mass Flow Controllers & Meters
* Wide-Range (Combination) Gauges
WIDE-RANGE (COMBINATION) GAUGES
* Zurück
* Wide Range Combination Gauge Comparison Chart
* Multi Port Wide Range Gauge Options
* KJLC® Cold Cathode/ Pirani Combination Gauges
* Single Port Wide Range Gauge Options
* KJLC® 392 Series Wide-Range Combination Gauges
* MKS® Granville-Phillips® 390 Micro-Ion® ATM Vacuum Gauge Module
* Integrated Pressure Controllers
* Gas Valves & Accessories
GAS VALVES & ACCESSORIES
* Zurück
* Nupro Gas Shut-Off Valves
* Nupro Gas Metering Valves
* KF Flanged Gas Needle Valves
* Solenoid Valves
* Pressure Control Questionnaire
* Product Cross-Reference Inquiry
* Mass Flow Controllers & Meters
MASS FLOW CONTROLLERS & METERS
* Zurück
* Mass Flow Controller Comparison Chart
* Alicat MCE and MCV Mass Flow Controller (MFC)
* MKS® GE50 A Digital Mass Flow Controller (MFC)
* MKS® GM50 A Digital Mass Flow Controller (MFC) & Meter
* MKS® GV50 A Digital Mass Flow Controller (MFC)
* MKS® GM100 A Digital Mass Flow Controller (MFC)
* MKS® GE250 A Digital Mass Flow Controller (MFC)
* MKS® 1179C Mass Flow Controller (MFC)
* MFC Controllers
MFC CONTROLLERS
* Zurück
* MKS® 246/247 MFC Controllers
* MKS® 946 Vacuum System Controller
* Gas (Per Semi Standard E52-0703) Listing
* Vacuum Valves
VACUUM VALVES
* Zurück
* Gate Valves
GATE VALVES
* Zurück
* Gate Vacuum Valves Selection Guide
* KJLC Bellows Sealed Stainless Steel Gate Valves (Manual)
* KJLC Bellows Sealed Stainless Steel Gate Valves (Pneumatic)
* KF/ISO Flanged Al Fluorocarbon Bonnet Gate Valves (Pneumatic)
* KJLC Stainless Steel Million Cycle Gate Valves (Pneumatic)
* KJLC Stainless Steel 3-Position Pressure Control Gate Valves
(Pneumatic)
* KJLC Stainless Steel Gate Valves (Manual)
* KJLC Stainless Steel Gate Valves (Pneumatic)
* KJLC Protection Valves
* VAT Gate Valves
* Vacuum Valve Technical Notes
* Vacuum Valves FAQ
* Angle Valves
ANGLE VALVES
* Zurück
* KJLC Semiconductor Angle Valves
* KJLC Stainless Steel Bellows Sealed Angle Valves (Manual)
* KJLC Aluminum Block Angle Valves (Manual)
* KJLC Stainless Steel Bellows Sealed Angle Valves (Pneumatic)
* KJLC Aluminum Block Angle Valves (Pneumatic)
* KJLC Stainless Steel Bellows Sealed Angle Valves (Electromagnetic)
* KJLC Aluminum Block Angle Valves (Electromagnetic)
* VAT Angle Valves
* Vacuum Valve Technical Notes
* Vacuum Valves FAQ
* Inline Valves
INLINE VALVES
* Zurück
* KJLC Stainless Steel Bellows Sealed with Elastomer Bonnet Inline
Valves (Manual)
* KJLC SS Y Inline Valves (Manual)
* KJLC Stainless Steel Bellows Sealed with Elastomer Bonnet Inline
Valves (Pneumatic)
* KJLC SS Y Inline Valves (Pneumatic)
* V44 Series Soft Start Valves
* VAT Inline Valves
* Vacuum Valve Technical Notes
* Vacuum Valves FAQ
* Pendulum Valves
PENDULUM VALVES
* Zurück
* Single Acting Pendulum Valves
* Double Acting Pendulum Valves
* 3-Position Pendulum Valves
* VAT Pendulum Valves
* Semiconductor Process Valves
SEMICONDUCTOR PROCESS VALVES
* Zurück
* KJLC® Semiconductor Rectangular Gate Valves
* KJLC® Semiconductor Circular Gate Valves
* KJLC® Semiconductor Angle Valves
* All-Metal Valves
ALL-METAL VALVES
* Zurück
* KJLC Stainless Steel All-Metal Angle Valves (Manual)
* KJLC Stainless Steel All-Metal Variable Leak Valve
* VAT All-Metal Valves
* Vacuum Valve Technical Notes
* Vacuum Valves FAQ
* Ball Valves
BALL VALVES
* Zurück
* Stainless Steel Ball Valves (Manual)
* Stainless Steel Ball Valves (Pneumatic)
* Vacuum Valve Technical Notes
* Vacuum Valves FAQ
* Rectangular Gate Valves
RECTANGULAR GATE VALVES
* Zurück
* V74 Series Rectangular Gate Valves (Standard)
* V70S Series Rectangular Gate Valves (Low Profile)
* V70D Series (Double)
* V72H Series Rectangular Gate Valves (Heated)
* V70T Series Rectangular Gate Valves (Twin)
* V77 Series Rectangular Gate Valves (Door)
* V75 Series Rectangular Gate Valves (Large)
* VAT Rectangular Gate Valves
* Vacuum Valve Technical Notes
* Vacuum Valves FAQ
* Butterfly & Control Valves
BUTTERFLY & CONTROL VALVES
* Zurück
* KF Flanged Stainless Steel Butterfly Valve (Manual)
* KF Flanged Aluminum Butterfly Valve (Manual)
* KF Flanged KJLC Auto-Soft Start Valve (Flow Actuated)
* VAT Conductance Control Valves
* Vacuum Valve Technical Notes
* Vacuum Valves FAQ
* Inline Check Valves
INLINE CHECK VALVES
* Zurück
* Auto-Soft Flow Actuated Check Valves
* VAT Soft Start Valve (Series 311)
* Vacuum Valve Technical Notes
* Vacuum Valves FAQ
* Diaphragm Valves
DIAPHRAGM VALVES
* Zurück
* KF Flanged Aluminum Nitrile Diaphragm Valve (Manual)
* KF Flanged Aluminum Fluorocarbon Diaphragm Valve (Manual)
* VAT Diaphragm Valve (VAT Series 22.0)
* Vacuum Valve Technical Notes
* Vacuum Valves FAQ
* Exhaust Check Valves
* Auto-Off Safety Vent Valves
* Up to Air Vent Valves
UP TO AIR VENT VALVES
* Zurück
* Aluminum KF Flanged Up to Air Valves
* Stainless Steel CF/KF Flanged Up to Air Valves
* Vacuum Valve Technical Notes
* Vacuum Valves FAQ
* Gas Valves & Accessories
GAS VALVES & ACCESSORIES
* Zurück
* Nupro Gas Shut-Off Valves
* Nupro Gas Metering Valves
* KF Flanged Gas Needle Valves
* Solenoid Valves
* Solenoids & Fittings for Vacuum Valves
* VAT Manufactured Valves
* Vacuum Valve Technical Notes
* Vacuum Valves FAQ
* Product Cross-Reference Inquiry
* Polymer Coatings & Additives
POLYMER COATINGS & ADDITIVES
* Zurück
* Syensqo Specialty Polymers Halar®
* Syensqo Specialty Polymers KetaSpire® PEEK
* Syensqo Specialty Polymers Torlon® Al
* Syensqo Specialty Polymers Fomblin® Functional PFPE Perfluoropolyethers
* Syensqo Specialty Polymers Fluorolink® PFPE Perfluoropolyethers
* Process Equipment Division
* Thin Film Deposition Systems
THIN FILM DEPOSITION SYSTEMS
* Zurück
* High Vacuum Systems
HIGH VACUUM SYSTEMS
* Zurück
* NANO 36™ Thin Film Deposition System
* PRO Line PVD 75 Deposition Platform
* PRO Line PVD 200 Deposition Platform
* AXXIS Co-Sputtering, Thermal Evaporation, & Electron Beam
* Ultra High Vacuum Systems
ULTRA HIGH VACUUM SYSTEMS
* Zurück
* LAB Line - High-Performance UHV Platform
* CMS (Combinatorial Materials Science) Series
* Glove Box Interfaced Systems
GLOVE BOX INTERFACED SYSTEMS
* Zurück
* NANO 36™ Thin Film Deposition System
* Mini SPECTROS Thin Film Deposition & Metallization System
* SPECTROS™ 150 Organic Thin Film Deposition & Metallization System
* Super-SPECTROS 200 Organic Thin Film Deposition & Metallization
System
* Atomic Layer Deposition Systems
ATOMIC LAYER DEPOSITION SYSTEMS
* Zurück
* ALD-150LX™ Atomic Layer Deposition System
* ALD-150LE™ Atomic Layer Deposition System
* Production Vacuum Systems
PRODUCTION VACUUM SYSTEMS
* Zurück
* PVD-BATCH Drum Series
* KDF In-Line Solutions
* Cluster Deposition Systems
* Custom Thin-Film Deposition Systems & Capabilities
* Application Research
APPLICATION RESEARCH
* Zurück
* Perovskite Research for Photovoltaic Applications
* Solid-State Thin Film Battery Fabrication
* Reactive Sputtering Research
* Superconducting PVD Thin Films for Quantum Applications; Qubits &
Josephson Junctions
* Physical Vapor Deposition (PVD) of Magnetic Thin Films: Spintronics,
GMR & TMR Thin Films & Heusler Alloys
* Organic Electronics (OLEDs & OPVs)
* Physical Vapor Deposition (PVD) of Indium Bumps
* Thin Film Deposition for Lift-Off Processes
* Techniques & Capabilities
* Systems Service & Support
* Thin Film Knowledge Base
THIN FILM KNOWLEDGE BASE
* Zurück
* Magnetron Performance Optimization Guide
* Evaporation Process Notes by Material
* Vacuum Reference Tables
* Vacuum Technology Concepts
* Calculators & Conversion Tools
* Frequently Asked Questions
* Material Deposition Chart
* Vacuum Technical Information
* TORUS® Magnetron Sputtering Cathodes
TORUS® MAGNETRON SPUTTERING CATHODES
* Zurück
* TORUS® Magnetron Sputtering Overview
* TORUS® Mag Keeper™ UHV Compatible Circular Magnetron Sputtering Sources
* TORUS® Circular HV (High Vacuum) Magnetron Sputtering Sources
* TORUS® Circular UHV (Ultra High Vacuum) Magnetron Sputtering Sources
* TORUS® Circular Magnetron Sputtering Source Clusters
* TORUS® Linear Magnetron Sputtering Sources
* TORUS® 10 CA (Center Anode) Performance Magnetron Production Cathodes
* KJLC® Research Advantage Packages
* Magnetron Sputtering Cathode Rebuild, Repair, & Retrofit Services
* Linear Magnetron Questionnaire
* R&D Magnetron Sputtering Sources Technical Notes
* Magnetron Performance Optimization Guide
* TORUS® Magnetron Sputtering Cathode FAQ
* Power Supplies
POWER SUPPLIES
* Zurück
* Process Power Supplies Overview
* KJLC R-Series RF Power Generator Packages
* KJLC DC Series - DC Sputtering & DC Bias
* KJLC® TruPlasma Pulsed DC Sputtering Power Supplies
* IMPULSE™ - 2 kW Pulsed Power Modules for Advanced Magnetron Sputtering
* KJLC® Research Advantage Packages
* Thin Film Deposition System Components
THIN FILM DEPOSITION SYSTEM COMPONENTS
* Zurück
* Thin Film Deposition Components Overview
* Deposition Sources
DEPOSITION SOURCES
* Zurück
* TORUS® Magnetron Sputtering Cathodes
* Thermal Evaporation Sources
* KJLC® Research Advantage Packages
* Film Sense FS-4 and FS-8 (Gen. 4) Ellipsometers
* Power Supplies
* System Components
SYSTEM COMPONENTS
* Zurück
* Substrate Heaters & Deposition Stages
* Mass Flow Controllers & Meters
* Capacitance Manometers - Absolute Pressure Gauges & Baratron Gauges
* Fast Entry Access Doors
* Deposition Monitors & Controllers
* KJLC® Research Advantage Packages
* Process Equipment Technical Notes
* Deposition Monitors & Controllers
DEPOSITION MONITORS & CONTROLLERS
* Zurück
* Deposition Monitor & Controller Selection Guide
* Thin Film Monitors
THIN FILM MONITORS
* Zurück
* Inficon STM-2 USB Thin Film Thickness/Rate Deposition Monitor
* FTM-2400 Multi-Channel Quartz Crystal Monitor
* FTM-2400 & FTC-2800 Oscillators & Cables
* Thin Film Controllers
THIN FILM CONTROLLERS
* Zurück
* FTC-2800 Multi-Channel Quartz Crystal Controller
* FTM-2400 & FTC-2800 Oscillators & Cables
* XTC/3S Single Layer Deposition Controller
* XTC/3M Multi-Layer Deposition Controller
* XTC/3 XIU (Oscillator) Packages & Interconnect Cables
* Crystal Two Switch
* Inficon IC6 Thin Film Deposition Controller
* Process Equipment Technical Notes
* INFICON Sensors
INFICON SENSORS
* Zurück
* Crystal Sensors Selection Guide
* Inficon Easy Rate Single Sensor
* Inficon Easy Rate Dual Sensor
* Front Load Single Sensor
* Front Load Dual Sensor
* UHV Bakeable Sensors
* CrystalTwelve Sensors
* Cool Drawer Single Sensor
* Cool Drawer Dual Sensor
* Standard Travel LSM & HLSM Series
* Mass Flow Control / Meters
* Quartz Crystals
* Deposition Materials
* Process Equipment Technical Notes
* Lab & Demo Equipment
* Thin Film Systems
THIN FILM SYSTEMS
* Zurück
* Thin Film Deposition Systems Overview
* High Vacuum Systems
HIGH VACUUM SYSTEMS
* Zurück
* NANO 36™ Thin Film Deposition System
* PRO Line PVD 75 Deposition Platform
* PRO Line PVD 200 Deposition Platform
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