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Quartz Flow Through Cuvette Both Ends Opens for Bioreactor Monitoring
Optical Transmission Quartz Flow Through Cuvette Both Ends Opens for Food Science Research
Quartz Flow Through Cuvette Both Ends Opens for Chemical Process Control
Continuous Flow Quartz Flow Through Cuvette Both Ends Opens
Transparent Wall Quartz Flow Through Cuvette Both Ends Opens for Pharmaceutical Testing

Optical Quartz Flow Through Cuvette Both Ends Open for Research Facilities-TOQUARTZ®

TOQUARTZ® Quartz Flow Through Cuvette Both Ends Open is designed for continuous liquid analysis in UV-Vis and NIR spectroscopy. Manufactured from high-purity fused quartz, it provides reliable optical path length control, broad transmission from 120–4500 nm, and chemical resistance to acids, bases, and solvents. The both-ends-open configuration ensures smooth integration into laboratory and industrial monitoring systems, reducing dead volume and supporting rapid sample exchange. This makes Quartz Flow Through Cuvette Both Ends Open a trusted choice for pharmaceutical testing, environmental monitoring, chemical process control, and food science research.
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Features of Quartz Flow Through Cuvette Both Ends Open

TOQUARTZ® Quartz Flow Through Cuvette Both Ends Open combines precise optical performance with robust material properties, addressing the requirements of laboratories and industrial monitoring systems where accuracy, durability, and consistency are critical.

Thermal and Mechanical Stability

  • Withstands service temperatures up to 1100 °C without deformation.
  • Fracture strength reaches ≥350 MPa, preventing structural failures.
  • Thermal conductivity of 120–160 W/m·K supports stable operation.

Optical Transmission

  • Transmission range 120–4500 nm, covering UV-Vis-NIR applications.
  • Transmittance deviation ≤ 0.3%, ensuring stable analytical results.
  • Supports optical path lengths for your specific requirements, suitable for varied tests.

Chemical Resistance and Clean Integration

  • Resistant to most acids and bases, excluding hydrofluoric acid.
  • Both-ends-open design reduces dead volume by over 20% compared to closed-end types.
  • Enables rapid solvent exchange, improving system throughput in continuous flow.
Transparent Wall Quartz Flow Through Cuvette Both Ends Opens for Pharmaceutical Testing
TOQUARTZ® Quartz Flow Through Cuvette Both Ends Open
  • SiO2 Purity ≥99.98%, up to 99.995%
  • Chemical Resistance to Harsh Reagents
  • Customization Services Available

Technical Specifications & Dimensions of Quartz Flow Through Cuvette Both Ends Open

The following specifications outline the key material and performance parameters of Quartz Flow Through Cuvette Both Ends Open, covering physical, chemical, optical, and mechanical properties. This section is directly related to the technical parameter table and the dimension specifications provided for each model.

Technical Specifications

PropertySpecification
Physical PropertiesDensity 2.2 g/cm^3;
Thermal conductivity 120–160W/m·K;
Maximum service temperature 1100°C;
Thermal expansion ≤0.55×10^-6/K;
Refractive index (589nm) 1.458.
Chemical PropertiesPurity ≥99.99% SiO2;
Acid/base resistance (except HF);
Stable against molten salts;
Resistant to fluorinated gases;
Alkali resistance index >99%
Optical PropertiesTransmission range 120–4500nm;
UV transmittance >85% at 200nm;
Visible light transmission >92% at 400–700nm;
NIR transmission stable to 2500nm;
Transmittance deviation ≤0.3%.
Mechanical PropertiesFracture strength ≥350MPa;
Hardness (Mohs) 7;
Elastic modulus 72GPa;
Poisson’s ratio 0.17;
Tensile strength 50MPa.
Durability & Stability>200 sterilization cycles without degradation;
Corrosion loss rate <0.01mg/cm^2·day;
Long-term dimensional stability under continuous flow;
Low background fluorescence;
Wear resistance suitable for high flow rates.

Size Chart

2500μl Quartz Flow Through Cuvette Both Ends Open
ModelDescriptionPath
Length		VolumeOutline Dimension
AT-BSM-8035-22500μl Quartz Flow Through Cuvette Both Ends Open2.5mm2500μl50x30x10.5mm
3000μl Quartz Flow Through Cuvette Both Ends Open
ModelDescriptionPath
Length		VolumeOutline Dimension
AT-BSM-8035-33000μl Quartz Flow Through Cuvette Both Ends Open3mm3000μl55x26x9mm
3500μl Quartz Flow Through Cuvette Both Ends Open
ModelDescriptionPath
Length		VolumeOutline Dimension
AT-BSM-80353500μl Quartz Flow Through Cuvette Both Ends Open3mm3500μl40x40x9mm
5000μl Quartz Flow Through Cuvette Both Ends Open
ModelDescriptionPath
Length		VolumeOutline Dimension
AT-BSM-8035-45000μl Quartz Flow Through Cuvette Both Ends Open26/4mm5000μl40x30x9mm
6200μl Quartz Flow Through Cuvette Both Ends Open
ModelDescriptionPath
Length		VolumeOutline Dimension
AT-BSM-8035-16200μl Quartz Flow Through Cuvette Both Ends Open5mm6200μl40x40x11
9700μl Quartz Flow Through Cuvette Both Ends Open
ModelDescriptionPath
Length		VolumeOutline Dimension
AT-BSM-8035-59700μl Quartz Flow Through Cuvette Both Ends Open2.5mm9700μl70x70x12.5mm
16000μl Quartz Flow Through Cuvette Both Ends Open
ModelDescriptionPath
Length		VolumeOutline Dimension
AT-BSM-8035-616000μl Quartz Flow Through Cuvette Both Ends Open5mm16000μl80x44x9mm
18000μl Quartz Flow Through Cuvette Both Ends Open
ModelDescriptionPath
Length		VolumeOutline Dimension
AT-BSM-8035-718000μl Quartz Flow Through Cuvette Both Ends Open18mm18000μl22x22x6.3mm
46000μl Quartz Flow Through Cuvette Both Ends Open
ModelDescriptionPath
Length		VolumeOutline Dimension
AT-BSM-8035-846000μl Quartz Flow Through Cuvette Both Ends Open30mm46000μl111x17x33mm
Note: We offer custom specifications to meet your specific requirements. Contact our engineering team for consultation.
Sent Customized Requirements

TOQUARTZ® Solving Challenges in Spectroscopic Analysis with Quartz Flow Through Cuvette Both Ends Open

Wastewater COD/BOD Monitoring with Quartz Flow Through Cuvette Both Ends Open

Environmental laboratories and municipal treatment plants use UV-Vis methods to continuously monitor COD and BOD in effluent streams. These samples often contain suspended solids, variable pH, and organic residues that quickly foul conventional closed-end cells. Frequent clogging and long cleaning cycles lead to baseline drift and data interruptions. The Quartz Flow Through Cuvette Both Ends Open provides an open slot channel that enables rapid flushing and maintains optical stability in high-load wastewater conditions.

Key Advantages

  • Open-Slot Flushing
    – Allows full rinse in <2 minutes, reducing cleaning cycles by 60%.
  • pH Resilience
    – Maintains optical clarity across effluent pH 2–12 without baseline drift.
  • Anti-Clog Geometry
    – Reduces particle blockage, extending service life beyond 8,000 hours.
Find My Solution

TOQUARTZ® solution

A municipal wastewater lab previously replaced sealed glass cuvettes every 6 weeks due to fouling and clogging. Baseline drift caused data interruptions, delaying regulatory reporting. After adopting TOQUARTZ® Quartz Flow Through Cuvette Both Ends Open, replacement intervals extended beyond 6 months, rinse time per cycle dropped to under 2 minutes, and annual downtime losses decreased by over 50%.

Beverage Color and Turbidity Testing with Quartz Flow Through Cuvette Both Ends Open

Beverage quality control labs depend on accurate measurement of color intensity and turbidity to ensure batch consistency. Traditional sealed cuvettes trap sticky residues from sugars and additives, requiring long rinse cycles and causing carryover between tests. This slows down QC workflows and can distort results if residues remain. The Quartz Flow Through Cuvette Both Ends Open allows fast rinsing, minimal dead volume, and immediate sample switching, improving throughput and accuracy for in-line beverage analysis.

Key Advantages

  • Rapid Sample Exchange
    – Cuts rinse time to <3 minutes, boosting throughput by 60%.
  • Low Carryover Design
    – Reduces cross-sample contamination to <1% in QC workflows.
  • Residue-Resistant Channel
    – Prevents sugar and additive buildup for consistent readings.
Find My Solution

TOQUARTZ® solution

A beverage QC facility reported sealed cuvettes required 10–15 minutes of rinsing to remove sticky residues, limiting testing to 20 samples per shift. With TOQUARTZ® Quartz Flow Through Cuvette Both Ends Open, sample changeover dropped to under 3 minutes, enabling 35+ samples per shift and eliminating carryover that previously distorted turbidity values by up to 5%.

Fermentation Broth Monitoring with Quartz Flow Through Cuvette Both Ends Open

Biotechnology facilities monitor fermentation broths to track cell density and metabolite production. These media are highly turbid and viscous, which frequently clog closed-end cuvettes and interrupt continuous monitoring. Cleaning sealed designs takes significant downtime, reducing efficiency in long runs. With its open geometry, the Quartz Flow Through Cuvette Both Ends Open prevents clogging, enables quick rinsing, and maintains stable optical clarity, supporting reliable enzyme and microbial growth assays.

Key Advantages

  • Clog-Free Channel
    – Handles viscous broths with suspended cells without flow blockage.
  • Quick Rinsing Cycle
    – Cleaning time reduced by 50%, supporting continuous assays.
  • Optical Stability
    – Maintains transmittance deviation ≤0.3% in high-turbidity media.
Find My Solution

TOQUARTZ® solution

A biotech lab monitoring yeast fermentation reported closed-end cuvettes clogged every 2 hours, causing 4–5 interruptions per day. Each cleaning required 15 minutes, reducing experiment efficiency by nearly 25%. By switching to TOQUARTZ® Quartz Flow Through Cuvette Both Ends Open, uninterrupted monitoring extended over 10 hours, cleaning downtime was halved, and data collection per batch increased by 40%.

Customization Solutions for Your Specific Applications

TOQUARTZ® Quartz Flow Through Cuvette Both Ends Open can be tailored to meet unique requirements in laboratory and industrial environments. Customization ensures compatibility with diverse analytical setups and solves technical challenges faced by customers in pharmaceutical, environmental, chemical, and food industries.

Path Length Options

Different path length choices allow precise adjustment for varied analytical sensitivity.

  • Accuracy Control
    – Ensures consistent absorbance in specialized testing workflows.
  • Flexible Choice
    – Matches system requirements for different measurement ranges.
  • Stable Output
    – Delivers reproducible results across diverse application scenarios.

Optical Window Design

Custom optical windows ensure reliable light transmission for advanced spectroscopy.

  • Clear Transmission
    – Maximizes accuracy in UV-Vis-NIR detection processes.
  • Surface Integrity
    – Minimizes scratches that reduce measurement consistency.
  • Durability Assured
    – Supports repeated cleaning cycles without optical distortion.

Volume and Geometry

Different internal volumes and cuvette geometries optimize performance in specific assays.

  • Flow Efficiency
    – Improves liquid exchange and reduces carryover contamination.
  • Compact Form
    – Fits into small-scale research and portable analyzers.
  • Design Versatility
    – Adjusts to industrial or academic laboratory applications.

Product Usage Guideline

To ensure reliable performance and long service life, users of Quartz Flow Through Cuvette Both Ends Open should follow clear guidelines for handling, cleaning, storage, and troubleshooting. The open-slot, both-ends-open design requires specific care practices that differ from threaded or closed cuvettes, making correct operation essential for consistent analytical results.

Proper Handling

  • Careful Placement
    – Always place the cuvette gently in holders to avoid chipping the open edges.
  • Avoid Direct Contact
    – Do not touch optical windows with bare hands to prevent smudges.
  • Use Clean Tools
    – Employ dedicated pipettes or tubing to introduce and remove samples.
  • Check Alignment
    – Ensure the cuvette channel is properly aligned with the light beam.

Cleaning Procedures

  • Immediate Rinse
    – Flush with deionized water immediately after use to prevent residues.
  • Mild Detergent
    – Apply neutral pH solutions for routine cleaning, followed by thorough rinsing.
  • Chemical Soaks
    – For stubborn fouling, use dilute acid or base compatible with quartz.
  • Air Drying
    – Allow to dry in a dust-free space, avoiding forced heat or wiping abrasively.

Storage Recommendations

  • Protective Case
    – Store in a padded container to protect the open slot edges.
  • Clean Environment
    – Keep away from dust, grease, and corrosive vapors.
  • Stable Conditions
    – Maintain storage at moderate room temperature and humidity.
  • Labeling System
    – Mark each cuvette by path length to prevent misuse in experiments.

Troubleshooting Guidelines

  • Low Transmission
    – Inspect windows for scratches or deposits and clean if needed.
  • Flow Irregularities
    – Check for bubbles or residues blocking the open channel.
  • Baseline Drift
    – Verify cleanliness and ensure the cuvette is fully rinsed before reuse.
  • Leakage or Overflow
    – Adjust liquid flow rate to match the open channel geometry.

Quartz Flow Through Cuvette Both Ends Open – Get Expert Support Now

Our engineers provide tailored guidance to help you solve analytical challenges with Quartz Flow Through Cuvette Both Ends Open.
Contact us today for technical consultation and custom solutions.
Contact Our Engineer

Why Partner with TOQUARTZ

Direct Factory Advantage

As a direct manufacturer, we can cut out the numerous intermediate links.

Engineering Expertise

Technical team guides clients from material selection to design optimization, translating specs into deliverables.

Flexible Manufacturing

Handling standard & custom orders via small-batch expertise and prototyping rigor to meet urgent deadlines.

Quality
Assurance

Pre-shipment 3-step validation:
1. dimensional accuracy,
2. material purity ,
3. performance thresholds

Global Supply Chain

Reliable global logistics to industrial hubs (DE/US/JP/KR priority) with trackable milestones.

Releted Products

As a specialized manufacturer with direct factory capabilities, TOQUARTZ provides both standard and custom quartz solutions with engineering support throughout the specification and implementation process.

FAQ

Q: How does the transparent wall of Quartz Flow Through Cuvette Both Ends Open benefit spectroscopic analysis?

A: The transparent walls provide clear optical windows that maintain accurate light transmission across UV-Vis ranges. This ensures reliable baseline stability during absorbance measurements. Users can visually inspect flow and detect bubbles or residues easily.

A: Yes, the open channel design reduces clogging when handling turbid wastewater, fermentation broth, or colored solutions. Unlike narrow closed cells, it allows suspended particles to pass or be rinsed quickly. This improves measurement reliability in challenging matrices.

A: Yes, its geometry minimizes residual liquid and supports rapid solvent exchange. This is especially useful in pharmaceutical and beverage QC labs where multiple samples are tested in sequence. It helps reduce cross-contamination and improves workflow efficiency.

A: The both-ends-open structure significantly reduces liquid retention compared with closed designs. Carryover between samples is minimized, often to less than 1%. This ensures higher accuracy in comparative testing.

A: It is frequently used in environmental water testing, beverage color measurement, fermentation monitoring, and chemical dye studies. These industries benefit from the open-slot design for rapid rinsing and low dead volume. Its versatility supports both research and industrial workflows.

Contact our engineering team for technical consultation and pricing. We’ll help you select the optimal specifications for your application requirements.

ABOUT TOQUARTZ

TOQUARTZ has pioneered precision customized quartz glass products engineered for lab, industrial, and optical excellence.

We supply the best quartz products without MOQ constraints, paired with rapid prototyping.

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Contact Us For Any Question!

Phone: +86-19311583352
Whatsapp: +86-19311583352
Email: info@toquartz.com

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