Stable Structure Fused Quartz Machining Precision Dimension Glass Component 18×13×21mm

Stable Structure Fused Quartz Machining Precision Glass Component 18x13x21mm

This precision glass component, sized 18x13x21mm, is manufactured from fused quartz with precision machining for tight dimensional tolerance. Featuring a smooth surface, even transmittance and stable structure, it serves as an ideal optical positioning spacer, micro biochemical cell, equipment fixture and laboratory accessory.

Product Parameters

Key Features

• Precision Machined Dimensions – Tight tolerance from precision CNC machining ensures exact fit in optical instruments and automation equipment assembly.
• Smooth Surface Finish – Precision ground surface with excellent flatness for reliable optical path positioning and component interfacing.
• Stable Structure – Low internal stress fused quartz construction provides dimensional stability and resistance to deformation under varying conditions.
• Even Transmittance – Uniform optical transmission across the component for consistent light path performance in optical instrument applications.
• Chemical Resistance – Resistant to mild acids and alkalis commonly used in laboratory and biochemical testing environments.

Applications

1. Optical Instrument Spacer

Internal light path positioning spacer block for optical inspection instruments, ensuring precise optical path spacing and alignment.

2. Micro Biochemical Cell

Small volume reagent containment cell for routine acid and alkali testing in biochemical analysis equipment.

3. Automation Equipment Fixture

Precision positioning limit block for automated production equipment, offering wear resistance and dimensional stability.

4. Laboratory Accessory

Simple sample carrying glass component for routine laboratory testing and experimental setups.

Advantages over Common Glass

Compared to ordinary glass components, this fused quartz precision machined part offers finer machining tolerance, superior flatness and higher assembly fit precision—making it the preferred choice for demanding optical and precision equipment applications.