Optical Blocks

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Optical Blocks Specification

Automation Grade
Manual operation

Power Source
None (passive device)

Core Components
Block Body, Optical Wells, Fastening System

Equipment Materials
Anodized Aluminum, Optical Glass Inserts

Type
Modular Optical Block

Usage
Holds optical samples or cuvettes for laboratory instruments

Temperature Range
Room Temperature to 100C

Dimension (L*W*H)
Varies by model, standard 120 mm x 80 mm x 35 mm

Sample Type Compatibility
Glass and Quartz cuvettes, optical vials

Maintenance
Easy to clean, chemical resistant surface

Light Transmission
>92% (optical window inserts)

Finish
Black anodized for stray light reduction

Optical Path Length
10 mm standard

About Optical Blocks

Optical Blocks

Set of five pieces. All pieces are 19mm thick. Includes one plano-convex (semi-circle) 140mm (R-70mm), one double convex and one double concave 140mm long (R-178mm), one equilateral triangle 75mm, one rectangular 114 ´ 73mm. Complete in a protective storage case.

Precision and Versatility

Engineered for laboratories, this optical block ensures accurate measurements by minimizing stray light. Its compatibility with various sample types and modular design allows seamless integration into analytical workflows, making it a robust solution for any research setting.

Durable and Low Maintenance

Constructed from anodized aluminum and equipped with a chemical-resistant coating, the optical block is built for longevity. Maintenance is simplified, requiring only basic cleaning to preserve its high-performance functionality in demanding laboratory conditions.

FAQs of Optical Blocks:

Q: How does the black anodized finish benefit optical measurements in the laboratory?

A: The black anodized finish effectively reduces stray light within the optical path, ensuring that measurements remain accurate by minimizing unwanted light reflections during analysis.

Q: What types of samples can be accommodated by this optical block?

A: This modular optical block is designed to hold both glass and quartz cuvettes as well as compatible optical vials, making it suitable for a wide range of laboratory applications.

Q: When should I clean or maintain the optical block, and how is this done?

A: The optical block should be cleaned regularly, especially after sample changes or spills. Cleaning is simple due to its chemical-resistant, anodized surfaceusually requiring only gentle wiping with a suitable laboratory solvent and a lint-free cloth.

Q: Where can this modular optical block be used?

A: Its robust design and standard dimensions make it ideal for use in laboratories performing spectroscopic, photometric, or chemical analyses, particularly wherever cuvettes or vials need precise alignment in optical instruments.

Q: What is the process for inserting samples into the optical block?

A: Samples (in cuvettes or vials) are placed into the optical wells of the block body and secured with its dedicated fastening system, ensuring proper alignment with the optical path and windows for reliable measurements.

Q: How does high light transmission through the optical windows enhance my results?

A: With optical inserts transmitting over 92% of incident light, the block enables high-fidelity data collection, supporting more accurate and sensitive analytical results.

Q: What are the primary advantages of choosing this modular, passive optical block design?

A: Key benefits include flexibility in sample accommodation, ease of maintenance, no need for external power, and enhanced measurement accuracy due to superior optical path management and minimal stray light.

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