Photonics Instruments

Photonics instruments are essential tools for harnessing light-based technologies to perform precise measurement and analysis in various scientific fields. These instruments support high-resolution optical measurements, featuring operating wavelengths from ultraviolet (250nm) to visible light (up to 500nm), and are integral in ensuring traceable measurement accuracy in research and quality control applications.

  2. KEYENCE HIGH POWER FIBER LASER MARKER 30W

    Laser Marking Systems

    KEYENCE HIGH POWER FIBER LASER MARKER 30W

    Fiber Laser Marker

    The optimum fiber laser marker solution for black-color marking and engraving on metal where a high output power is required

  8. LESCO THREE STATION ROTATING UV CURING SYSTEM

    Curing Lamps

    LESCO THREE STATION ROTATING UV CURING SYSTEM

    Three Station Rotating UV Curing System

    Lesco 3SR-6

    Lesco acquired by American Ultraviolet

  10. USHIO SUS 55

    Other Lamps

    USHIO SUS 55

    Excimer VUV/03 Cleaning Unit UV Cleaning

    Applications:

    • Enhancement of wetability and adhesion of photoresist
    • Enhancement of wetability of SOG
    • Cleaning before deposition process
    • Soft ashing
    • High-speed removal of static electricity
    • Cleaning of reticles Features:
    • Simple dry cleaning allows removal of most of organic matter
    • No charging damage
    • Instantaneous on/off operation suited to single-wafer process
    • Low-temperature process
    • Cleaning process can be performed under atmospheric air
  12. NANOMETRICS CRITICAL DIMENSION COMPUTER

    Optical CD Measurement

    NANOMETRICS CRITICAL DIMENSION COMPUTER

    Critical Dimension Computer

    Large memory digital computer calculates line widths and provides statistics on in process wafer and photomasks.

Popular Manufacturers

Aerotech Labsphere Daedal E&R Engineering Newport Dover Instrument Neat Bishop-Wisecarver Melles Griot Oriel

Common Applications

UV curing

Optical measurement

Scientific research

Quality control

Industrial processing

Laboratory analysis

Buying Guide

Photonics Instruments Buying Guide

Photonics instruments are vital for precision measurement and analysis through advanced light-based technologies. Selecting the right instrument involves understanding specific measurement requirements and environment conditions.

Ensure compatibility with intended application environments, focusing on wavelength parameters and system capabilities.

  • Confirm specification details such as operating wavelength range and power ratings.
  • Evaluate the calibration status and traceability documentation available for each instrument.
  • Consider the cooling methods and compatibility of arc lamp housings with various bulb types.
  • Verify warranty and support availability for high-intensity spot curing systems to ensure long-term reliability.

Frequently Asked Questions

What is the typical wavelength range for UV curing systems?
UV curing systems commonly operate within a wavelength range of 250nm to 450nm, providing efficient curing capabilities for various applications.
What specifications should I consider for arc lamp housings?
When selecting an arc lamp housing, consider the power rating, cooling mechanism, and compatibility with different bulb types to ensure optimal performance.
How do curing lamps enhance the photonics capabilities?
Curing lamps, operating between 320nm and 500nm, provide intense light exposure essential for rapid curing processes in industrial and laboratory settings.
What are the benefits of using a high-intensity spot curing system?
High-intensity spot curing systems deliver focused UV light energy, enabling precise and rapid curing of adhesives, coatings, and inks with enhanced control over curing depth and area.