Optical Breadboards and Plates
Optical breadboards and plates provide a stable and precise platform for setting up optical experiments and measurements. These components support optical alignment and calibration with features like vibration damping and rigidity, crucial for maintaining accuracy in experiments where optical geometry and resolution are vital.
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NEWPORT MOTION CONTROLLER/DRIVER, 4 AXIS
4 Axis Stepper Motion Controller Newport Model MM3000-4
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CDE ResMap 463-FOUP Resistivity Mapping Tool
CDE ResMap 463-FOUP Resistivity Mapping Tool
- For 300mm & 200mm Wafers
- Automatic Probe Head Selection
- Please Inquire for Additional Details
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Watec WAT-902A Monochrome CCD Camera Pentax 25mm
Watec WAT-902A Monochrome CCD Camera w/Cosmicar/Pentax 25mm TV Lens 1:1.4 -
GRECO BROTHERS, INC. ULTRASONIC BATH
Ultrasonic Bath Greco Brothers, Inc. UT3932-4I1114
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FLOW DESIGNS LAMBDA P-2U-CP7D
Dual Station Ultrasonic Microprocessor Controlled Parts Cleaning Station
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MICROSCOPE STAND
Large StereoZoom Microscope Stand Available only with purchase of a B&L, Nikon, or Olympus StereoZoom Microscope
Common Applications
Optical Experiments
Laboratory Setups
Precision Measurements
Optical Alignment
Calibration Platforms
Frequently Asked Questions
What materials are optical breadboards made of?
Optical breadboards are commonly made from stainless steel or solid aluminum for durability and stability.
How do optical breadboards enhance measurement accuracy?
Optical breadboards enhance measurement accuracy by providing a stable, vibration-damped surface that minimizes disruptions during optical experiments.
What is the typical size range for optical breadboards?
Optical breadboards can vary in size, with common dimensions including 24 x 24 inches and up to 4 x 8 feet, depending on the experimental setup requirements.
Can optical breadboards be used in high-precision applications?
Yes, optical breadboards are designed for high-precision applications where optical alignment and stability are crucial for accurate results.
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