[ Process Measurement · Control · Vacuum Instrumentation ]

Deposition Controllers
& Vacuum Instrumentation

Understand the equipment that measures deposition rate, film thickness, vacuum pressure and process conditions—from crystal sensor heads, oscillators and controllers to gauges, transducers, interfaces, alarms and automation—then connect to the correct YTI repair, refurbishment, upgrade, stocking or field-support page.

1984In Business Since
40+Years Electronics Experience
50States Served
24/7On-Site Service
LabIn-House Electronics
Blue ChipVCI Rated

Equipment Category Hub

The measurement chain behind repeatable vacuum coating

Deposition controllers and vacuum instruments turn physical process conditions into usable information. A crystal monitor estimates rate and accumulated thickness. Vacuum gauges show whether the chamber, foreline and process are in the correct pressure range. Sensors, interfaces and control outputs connect those measurements to sources, shutters, pumps, valves, alarms and operators.

This page organizes those equipment families and the system relationships around them. Use it to understand the complete measurement chain, compare equipment roles, identify manufacturers and connected systems, and continue to YTI’s focused pages for component-level repair, full electronics refurbishment, controls modernization, field troubleshooting, preventive maintenance, replacement parts or chamber integration.

How this page differs from YTI’s electronics and controls service pages: this hub explains the equipment, signals and system architecture. The service pages explain the detailed repair, rebuild, upgrade, testing and quote process.

Measurement & Control Equipment

Controllers and instruments YTI supports

The correct equipment path depends on what must be measured, the required range and accuracy, the process environment, sensor location, source type, available interfaces and how the signal is used by the chamber.

01 · FILM RATE & THICKNESS

Deposition Rate & Thickness Controllers

Controllers and monitors that convert crystal-frequency change into deposition rate and accumulated thickness, apply material and tooling parameters, display process status, manage setpoints and provide outputs for source or shutter control.

RateThicknessMaterial ParametersProcess Output
02 · IN-CHAMBER SENSING

Crystal Sensor Heads, Oscillators & Crystals

In-chamber sensor heads, quartz crystals, water-cooled holders, shutters, oscillators, cables and vacuum feedthroughs that create and transmit the measurement signal used by the deposition controller.

Sensor HeadsQuartz CrystalsOscillatorsFeedthroughs
03 · VACUUM PRESSURE

Vacuum Gauges, Transducers & Readouts

Thermocouple, Pirani, capacitance, ionization and other pressure-measurement devices used across roughing, foreline, high-vacuum and process-pressure ranges.

Gauge TubesTransducersControllers
04 · PROCESS ANALYSIS

Gas, Temperature & Process Instrumentation

Residual-gas analysis, temperature sensing, flow and pressure instrumentation, process monitors and supporting electronics used to understand chamber condition and coating behavior.

RGATemperatureProcess Signals
05 · FEEDBACK & ACTUATION

Source Feedback, Shutter & Interface Controls

Analog and digital outputs, source-rate feedback, shutter logic, setpoint relays, alarms, communications and interfaces that turn measurement into controlled chamber action.

FeedbackShuttersSetpoints
06 · LEGACY / INTEGRATED

Control Panels, Data Interfaces & Mixed-Brand Systems

Older or modified systems where controllers, gauges, sensor wiring, relay logic, PLCs, HMIs, source electronics and chamber interfaces must be evaluated as one connected package.

LegacyPLC / HMIMulti-Brand

Measurement System Architecture

Six layers between the process and the operator

Reliable readings depend on the complete signal chain. A working controller can still display unstable or misleading information when the sensor, cable, feedthrough, material settings, grounding, source behavior or chamber conditions are wrong.

Layer 01

Process & Measurement Goal

Film material, target rate and thickness, process pressure, required accuracy, cycle sequence, chamber geometry and what the measurement must control or verify.

Layer 02

In-Chamber Sensor

Quartz crystal and sensor head, gauge tube, transducer, temperature sensor, gas analyzer inlet or other device exposed to the actual process condition.

Layer 03

Signal Path

Oscillator, cable, connector, vacuum feedthrough, shielding, grounding, signal conditioning and physical routing between the chamber and electronics.

Layer 04

Controller & Measurement Model

Electronics, calibration, material density, acoustic impedance, tooling factor, gauge range, gas correction, setpoints, scaling and display logic.

Layer 05

Feedback & Actuation

Source-output command, shutter control, alarms, setpoint relays, pump or valve permissives, analog outputs and communications used to influence the process.

Layer 06

Operator, Data & Automation

Front-panel display, recorder, PLC, HMI, recipe system, data logging, network interface, trend history, maintenance records and operator decisions.

Selection & Integration

What determines a trustworthy measurement system

SP

Sensor Placement & Tooling

Sensor location, line of sight, shielding, source geometry, substrate position and tooling factor determine how closely the sensor represents the actual film on the part.

Explore coating-system architecture →
MP

Material Parameters

Density, acoustic impedance, material selection, source behavior and process conditions affect how frequency change is converted into rate and thickness.

View process troubleshooting →
CH

Crystal Health & Thermal Load

Crystal life, heat load, coating buildup, cooling, shutter operation, contamination and oscillator stability affect signal quality and usable sensor life.

View sensor and component stocking →
VG

Gauge Range & Gas Compatibility

Pressure range, gas species, gauge location, process exposure, contamination, controller settings and setpoint needs determine the correct vacuum instrument.

Explore pressure-gauge training →
SI

Signal Integrity

Cables, connectors, shielding, grounding, feedthroughs, electrical noise, cooling-water paths and source power can create drift, dropouts or false readings.

View electronics repair →
IA

Interfaces & Automation

Analog outputs, relays, serial or network communication, PLC logic, HMI screens, source feedback, alarms and recipes determine how the instrument supports operation.

View controls and sensor upgrades →

Dedicated Service Destinations

Continue to the page for the work your controls or instruments need

This hub identifies the equipment. The pages below cover the detailed service scope, symptoms, process and conversion path for each type of work.

Known electronic fault

Electronics & Power Supply Repair

Component-level diagnosis, repair, load testing and recalibration for controllers, rate monitors, gauge electronics, source controls, displays, boards and related instrumentation.

View electronics repair →
Aging or repeatedly failing unit

Electronics & Power Supply Refurbishment

Deeper restoration for obsolete, unreliable or production-critical electronics that need more than a single-fault repair.

View electronics refurbishment →
Obsolete or limiting controls

Chamber Controls & Sensor Upgrade

Modernization of gauges, deposition monitoring, operator interfaces, PLCs, HMIs, source controls, pump logic, alarms, interlocks and control cabinets.

View controls upgrade →
Cause not yet isolated

Coating Troubleshooting & Field Service

System-level diagnosis when unstable rate, incorrect thickness, poor vacuum, source behavior, chamber geometry or process conditions may be contributing to the symptom.

View field troubleshooting →
Planned reliability

Preventive Maintenance

Scheduled inspection of gauges, sensors, crystals, cables, connectors, controls, calibration indicators, interlocks, panels and process repeatability.

View preventive maintenance →
Critical spares and replacements

Component Stocking

Stocking support for sensor heads, crystals, oscillators, gauges, controllers, boards, cables, connectors, power supplies and other production-critical electronics.

View component stocking →
Custom interface or replacement

Custom Engineering & Integration

Replacement electronics, panel design, interface conversion, sensor integration, wiring, automation and custom solutions for obsolete or modified systems.

View custom engineering →
Larger chamber modernization

Vacuum Chamber Repurpose & Rebuild

Controls, gauges, sensors, source electronics and automation integrated as part of a complete chamber rebuild or process conversion.

View chamber repurpose →
Used or refurbished equipment

Used Electronics & Instrumentation

Ask about used, refurbished, replacement or rebuild-ready controllers, gauges, source electronics, sensor equipment and control hardware based on availability.

View used equipment support →

Unstable rate, incorrect thickness or unreliable vacuum readings?

YTI can evaluate the sensor, signal path, controller, material settings, gauge, source, chamber conditions and controls as one connected measurement system.

Independent Multi-Brand Support

Deposition control and instrumentation manufacturers

YTI evaluates current, discontinued and integrated equipment by exact model, condition, system role and available interfaces. Manufacturer pages below are part of the planned brand-support library.

CHA

CHA

Deposition controllers, coating-system instrumentation, source interfaces, gauges and control electronics used on CHA vacuum coating platforms.

ControllersCoating Systems
View CHA support Future page
TM

Temescal

Rate and thickness monitoring, sensor electronics, source feedback and integrated controls used with Temescal e-beam and coating equipment.

Deposition ControlSource Feedback
View Temescal support Future page
SL

Sloan

Deposition monitoring, sensor and source-control electronics, legacy instruments and interfaces connected to Sloan-style coating equipment.

Legacy ControlsInstrumentation
View Sloan support Future page
BZ

Balzers

Vacuum gauge controllers, pressure measurement, deposition and process instrumentation associated with Balzers and legacy vacuum systems.

Vacuum GaugesLegacy Support
View Balzers support Future page
GP

Granville-Phillips

Vacuum gauge tubes, controllers, readouts, setpoint outputs and process-pressure instrumentation used across roughing and high-vacuum systems.

Pressure MeasurementGauge Controllers
View Granville-Phillips support Future page
MKS

MKS

Vacuum measurement, process control, capacitance manometers, transducers, controllers and integrated instrumentation reviewed by application and model.

Process ControlVacuum Measurement
View MKS support Future page
INF

Inficon

Vacuum gauges, deposition monitoring, sensor heads, crystals, process instruments and related electronics evaluated for repair or integration support.

Deposition MonitoringVacuum Gauges
View Inficon support Future page
ALL

Other Manufacturers

Send the make, model, serial plate, photos, connectors and system symptoms for other current, discontinued, rebranded or hard-to-identify instruments.

Mixed BrandFull Directory
Browse all manufacturers →

Equipment Lifecycle

One instrument can move through several YTI support paths

01

Specify & Integrate

Match sensor type, gauge range, controller capability, material settings, source interface, chamber geometry, wiring, communications and operator needs.

02

Operate & Maintain

Track crystal life, sensor cooling, cable condition, gauge cleanliness, reading stability, calibration indicators, alarms, setpoints and process repeatability.

03

Repair or Refurbish

Choose targeted repair for a specific fault or deeper refurbishment when age, recurring failures, obsolete components or drift affect reliability.

04

Upgrade or Replace

Modernize gauges, deposition controls, panels, interfaces, PLCs, HMIs and automation when legacy equipment can no longer support the process.

Start with the Right Path

Resources for measurement, controls and process recovery

ER

Controller or Gauge Repair

For dead displays, unstable outputs, electronic faults, power issues, signal loss, failed channels and known instrument problems.

View electronics repair →
CU

Controls Modernization

For obsolete instruments, weak interfaces, unreliable gauges, poor visibility, limited data and controls that no longer support production.

View controls upgrade →
TS

System Troubleshooting

For measurement problems that may involve the sensor, source, chamber, process, vacuum conditions, wiring or operator settings.

View field troubleshooting →
PS

Pressure Gauge Training

YTI courses cover pressure-gauge types, operating ranges, accuracy, sensitivity, system applications and practical use.

View training courses →
RG

RGA Applications Training

Explore residual-gas analyzer operation, spectrum interpretation, applications, tuning, maintenance and troubleshooting.

View RGA course information →
CP

Components & Replacement Electronics

Browse YTI component categories or ask about stocked, refurbished and compatible controllers, sensor equipment, power supplies and interfaces.

Explore components →

Applications

Instrumentation across precision coating and high-vacuum processes

YTI supports controllers, gauges, sensors and process instruments wherever reliable measurement, repeatable deposition and maintainable chamber controls matter.

Semiconductor & FabsOptics & PhotonicsAerospace & DefenseMedical DeviceResearch Labs & UniversitiesPharmaceuticalIndustrial & Decorative CoatingSolar & EnergyGlass & Web CoatingData Storage & Electronics

Why YTI

Instrumentation support backed by complete vacuum-system capability

01

Complete Signal Chain

Sensor, cable, feedthrough, controller, settings, source feedback, vacuum conditions, controls and operator interface evaluated together.

02

In-House Electronics Lab

Component-level diagnosis, repair, refurbishment, load testing, recalibration support and legacy-equipment work under one roof.

03

Upgrade & Integration Capability

Controls, gauges and instruments can connect to panel rebuilds, PLC or HMI updates, source integration, wiring and chamber modernization.

04

Current & Legacy Equipment

Independent support for modern, discontinued, modified and mixed-brand instruments, controllers and coating-system electronics.

Have a deposition controller, gauge or process instrument that needs attention?

Send the manufacturer, model, serial number, chamber application, source type, sensor or gauge details, front and rear photos, connectors, readings, alarms, symptoms, manuals and production urgency.

Answers

Deposition controller and instrumentation FAQs

What are deposition controllers and process instruments used for?
Deposition controllers and related instruments measure, display and help regulate coating conditions. They can track deposition rate and thickness, vacuum pressure, sensor condition, source output, shutter timing, process gases, temperature and other signals used to make a vacuum coating process repeatable.
Is this an electronics repair or controls-upgrade service page?
No. This is the top-level equipment-category page for deposition controllers, crystal monitors, vacuum gauges, sensors and process instrumentation. Use Electronics & Power Supply Repair for a known fault, Electronics Refurbishment for deeper restoration or Chamber Controls & Sensor Upgrade for modernization.
Which controller and instrumentation manufacturers does YTI support?
YTI supports many CHA, Temescal, Sloan, Balzers, Granville-Phillips, MKS and Inficon controllers, gauges, sensors and instruments, along with other current, legacy and mixed-brand equipment. Send the exact model, serial plate, photos and system details so YTI can confirm the correct support path.
What equipment is part of a deposition monitoring system?
A deposition monitoring system can include an in-chamber crystal sensor head, quartz crystal, oscillator, sensor cable, vacuum feedthrough, controller, material parameters, tooling factor, rate and thickness displays, source-control output, shutter output, alarms and communication interfaces.
What equipment is part of a vacuum measurement system?
A vacuum measurement system can include gauge tubes or transducers, ionization gauges, thermocouple or Pirani gauges, capacitance manometers, controller or readout, cables, power supplies, setpoint relays, analog outputs, communications, interlocks and chamber or foreline mounting hardware.
Can YTI help determine whether the controller, sensor or coating process is causing unstable readings?
Yes. YTI can review crystals, sensor heads, oscillators, cables, feedthroughs, grounding, source behavior, chamber geometry, tooling factor, material settings, vacuum conditions, controls and connected electronics. When the cause is not isolated, start with Vacuum Coating Troubleshooting & Field Service.
Can older controllers and gauges be repaired or replaced with modern equipment?
Often, yes. Depending on the model and system, YTI can review component-level repair, deeper refurbishment, stocked or refurbished replacement equipment, compatible modern controls, panel integration, rewiring, interface conversion and automation upgrades.
What information should I send for an instrumentation review?
Send the manufacturer, model, serial number, front and rear photos, sensor and gauge models, chamber application, coating material, source type, wiring and connector photos, current readings, error messages, drift or repeatability symptoms, manuals if available and whether production is down.