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Optical Instruments

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T0063AOFAD
bulgin
Arcolectric (Bulgin) LtdIndicator light holder, panel mount
Quantity: 324
Ship Date: 7-10 working days
20+ $3.999
100+ $3.2813
200+ $3.1464
450+ $3.0843
570+ $2.9394
- +
x $3.999
Ext. Price: $79.98
MOQ: 20
Mult: 1
SPQ: 1
C027700NAF
bulgin
Arcolectric indicator light, rated_voltage 110 V AC, orange neon, 10mm
Quantity: 50000
Ship Date: 30 weeks
500+ $4.175
- +
x $4.175
Ext. Price: $2087.50
MOQ: 500
Mult: 500
SPQ: 500
C0430FQNBB
bulgin
Arcolectric (Bulgin) Ltd Green neon panel indicator light, 230V, 28.2 x 11.5mmInstallation aperture
Quantity: 81
Ship Date: 7-13 working days
1+ $4.8258
25+ $3.7242
100+ $3.5467
250+ $3.2275
500+ $3.2187
- +
x $4.8258
Ext. Price: $28.95
MOQ: 6
Mult: 1
L295000NCQ
bulgin
Quantity: 195
Ship Date: 7-9 working days
30+ $2.3328
150+ $2.2259
300+ $2.1632
500+ $2.0183
- +
x $2.3328
Ext. Price: $69.98
MOQ: 30
Mult: 1
SPQ: 1

Optical Instruments

Optical instruments and accessories are devices and tools designed to manipulate, measure, or analyze light, which includes visible, ultraviolet, and infrared radiation. These instruments are essential in various scientific, industrial, and medical applications due to their precision and versatility.

Definition:
Optical instruments are tools that use lenses, mirrors, prisms, and other optical components to manipulate light for various purposes. Accessories are additional items that enhance the functionality or performance of these instruments.

Functions:
1. Imaging: Creating detailed images of objects, often with magnification or enhanced resolution.
2. Measurement: Determining physical properties such as distance, size, or shape using light.
3. Analysis: Analyzing the properties of light, such as its wavelength, intensity, or polarization.
4. Communication: Transmitting information through light, as in fiber optics.
5. Manipulation: Controlling the direction, focus, or intensity of light beams.

Applications:
1. Astronomy: Telescopes for observing celestial bodies.
2. Microscopy: Microscopes for viewing tiny structures in biology and materials science.
3. Photography: Cameras and lenses for capturing images.
4. Medical Imaging: Endoscopes, OCT (Optical Coherence Tomography), and other devices for diagnosing medical conditions.
5. Manufacturing: Inspection systems for quality control in production processes.
6. Research: Spectrometers and interferometers for advanced scientific studies.

Selection Criteria:
1. Resolution: The ability to distinguish fine details.
2. Magnification: The degree of enlargement provided by the instrument.
3. Light Transmission: The efficiency with which light passes through the system.
4. Field of View: The area visible through the instrument at one time.
5. Stability: The instrument's resistance to mechanical or thermal fluctuations.
6. Ease of Use: The simplicity of operation and user interface.
7. Compatibility: The ability to integrate with other equipment or systems.
8. Budget: The cost of the instrument and its accessories, considering the value for money.
9. Manufacturer's Reputation: The reliability and support provided by the manufacturer.
10. After-Sales Support: The availability of maintenance, calibration, and replacement parts.

When selecting optical instruments and accessories, it is crucial to consider the specific requirements of the task at hand, as well as the long-term needs and capabilities of the equipment.
Please refer to the product rule book for details.