Semiconductor Solutions
Precision Begins Long Before Production
Every nanometre matters.
As semiconductor devices become smaller and manufacturing processes more complex, precision is more important than ever. Reliable inspection, measurement and process control are essential for improving yield, ensuring quality and accelerating innovation.
Laser 2000 enables semiconductor manufacturers, equipment OEMs and research organisations develop advanced optical solutions that transform measurement data into better manufacturing decisions.
Connecting Photonics for Semiconductor Innovation.
Your Challenge
Semiconductor manufacturing demands absolute precision.
Manufacturers must detect defects earlier, reduce process variance and improve yield — all while increasing throughput and controlling costs. Selecting the right inspection and measurement strategy has become just as critical as the manufacturing process itself.
The challenge doesn’t lie in collecting more data. It’s generating the right insight to optimise every manufacturing step.
How Photonics Helps
Photonics enables manufacturers to inspect, measure and monitor critical processes throughout semiconductor production.
From Semiconductor Metrology and optical inspection to material analysis and process monitoring, photonic technologies provide the reliable data needed to improve quality, strengthen process control and support next-generation manufacturing.
Optical Inspection
Detect surface defects, particles and contamination on wafers and components with high-resolution optical systems.
Semiconductor Metrology
Measure critical dimensions, layer thicknesses and optical properties with the accuracy that advanced nodes demand.
Material Characterization
Analyse material composition, coatings and structural properties using spectroscopy and advanced optical techniques.
Process Monitoring
Inline optical measurement provides real-time data for tighter process control and faster yield optimisation.
What You Gain
Improved Yield
Detect defects before they impact production and minimise material loss.
Strengthen Process Control
Make confident decisions based on reliable measurement data.
Accelerate Innovation
Support advanced semiconductor technologies with scalable optical solutions.
Explore Semiconductor Applications
Wafer & Chuck Inspection
High-precision optical inspection to improve yield and process stability.
Semiconductor Metrology
Accurate optical measurement for process control and manufacturing precision.
Material Characterization
Analyse material properties using spectroscopy and advanced optical techniques.
How We Help
Every semiconductor application is unique.
That’s why we start with your manufacturing challenge — not a product catalogue. By combining application expertise, feasibility studies and a broad portfolio of leading photonics technologies, Laser 2000 helps you reduce complexity, minimise development risk and deliver measurable improvements in manufacturing performance.
Connecting Photonics. Creating Solutions.
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Frequently Asked Questions
What is Semiconductor Metrology?
Semiconductor Metrology refers to the precise optical measurement of critical dimensions, surface properties and layer characteristics throughout the manufacturing process. It provides the data needed to detect process deviations early, maintain tight parameter control and support consistent yield at advanced technology nodes.
How can optical inspection improve yield?
Early detection of defects, contamination and process deviations helps reduce scrap, improve consistency and increase manufacturing efficiency. Optical inspection systems identify issues at the earliest possible stage — before they propagate through the production line and affect a larger proportion of output.
How does Laser 2000 support semiconductor manufacturers?
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Let’s Connect
Whether you’re developing next-generation semiconductor equipment or optimising an existing production line, Laser 2000 helps you identify the right optical solution for your application.
Discover how we can support your next innovation.