Precision In Every Layer. Confidence At Every Stage.

From wafer development to final test, every layer of your semi-conductor device depends on accuracy and control. Vitrek delivers test and measurement solutions that enable you to better monitor, verify and optimize every step in the process– without slowing production or compromising quality.

With scalable platforms for metrology, displacement sensing and electrical safety testing, Vitrek has helped scores of manufacturers build better semiconductors– one flawless layer at a time. Here are a few examples of how we do it.

Semiconductor Wafer Metrology

  • Monitoring wafers during preparation stages to check thickness for compliance with minimal bow, warp, and total thickness variation (TTV).
  • In-process monitoring of solar/photovoltaic wafers for multi-channel thickness, TTV, and bow measurement.
  • Ultrasonic, non-destructive inspection of wafers for potential flaws or manufacturing defects.

Semiconductor Test & Characterization

  • Operational testing and characterization of packaged semiconductor devices.
  • Software utilized in high-speed PASS/FAIL testing systems.
  • Signal simulation for calibrating data acquisition systems and providing precision voltages for device testing.
  • Real-time acquisition and analysis of storage media read-and-write head signals in manufacturing.
  • Real-time ultrasonic characterization of semiconductor die adhesion in manufacturing.

Semiconductor Fabrication Capital Equipment

  • Sensors used in the high-resolution focusing of complex lens systems in photolithography tools.
  • Sensors utilized to deliver precise measurements of displacement, active vibration, position, and distance.
  • Digitizers used in real-time process control for characterization of fabrication processes, enabling fast device control loops with short data latency.
  • Design and production testing in a wide range of fabrication gear.

Applications

Lithography Optics Position Focus

Lithography Optics Position Focus

Wire Bonding

Wire Bonding

GaAs Substrate Thickness Measurement

GaAs Substrate Thickness Measurement

Semiconductor Wafer Lapping and Displacement Measurement

Semiconductor Wafer Lapping and Displacement Measurement

LED SUBSTRATE THICKNESS

LED SUBSTRATE THICKNESS

Thickness and TTV of Semiconducting Wafers

Thickness and TTV of Semiconducting Wafers

Wafer Measurement – Ungrounded

Wafer Measurement – Ungrounded

Measuring Glass wafer thickness with a Proforma 300i

Measuring Glass wafer thickness with a Proforma 300i

Displacement Measurement by Fiber Optics

Displacement Measurement by Fiber Optics

MicroTrak 4 Over a LAN for Ethernet Signaling

MicroTrak 4 Over a LAN for Ethernet Signaling

Products

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High-Speed Digitizers

High-Speed Digitizers

GaGe high-speed digitizers provide ultra-fast sampling, deep memory, and low-latency processing for precise semiconductor testing and process monitoring.

How is Vitrek Supporting the CHIP Act?

A US-based company, Vitrek designs, builds, calibrates, and maintains all our products here in the US. Our parts have full traceability, and we only use authorized components in all our products.

Vitrek has dutifully served the semiconductor market for decades and established a strong reputation for precision and service here and across boarders. As well as actively serving semiconductor manufacturers looking for US-based suppliers, we are active participants in the global supply chain. . Vitrek’s global distribution network is designed to service the design centers of the major semi makers and their global dispora of tier-one and tier-two suppliers. Vitrek is a proud and active member in the Semi organization.

Videos

GaGe Products for the Semiconductor Industry
Wafer Inspection & Metrology Startup (Proforma 300iSA)
Closed-loop System to Monitor and Control Conductive Film Thickness During Manufacturing

GaGe RazorMax Express Digitizer/Oscilloscope: An Efficient & Cost-Effective Tool for High-Energy Physics Particle Counting Applications

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High-Performance Digitizers in Semiconductor Manufacturing Applications

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Five Common Mistakes with Semiconductor Wafer Measurement

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3D Integrated Circuits Use Capacitive Sensing to Ensure Coplanarity

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Laser Thickness Gauge System Principles

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Custom High Accuracy OEM solutions for micro-positioning and feedback control applications

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Measure Wafer Bow, Warp and TTV with Capacitance

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Connecting Encoders to MTI’s Digital Accumeasure

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The Cost of Failing to Inspect Semiconductor Wafers

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Enhancing Gamma-Ray Detection: Digital Solutions for Better Accuracy and Performance

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Real-Time Plasma Velocity Insights with Enhanced CW-CRDS

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Revolutionizing Material Analysis: Advanced Digital Neutron Profiling at OSU’s TRIGA®Reactor

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Unlocking Gamma-Ray Secrets: Innovations in Digital ASIC Arrays

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Whitepaper: Semiconductor Wafer Measurement for Increased Productivity

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Semiconductor Flyer

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