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Micro Quartz Glass UV Cuvette 4 Polished Sides Fluorescence Cell with Lid -TOQUARTZ®
Features of Micro Fluorescence Quartz Glass UV Cuvette with Lid
TOQUARTZ® Micro Quartz Glass UV Cuvette with 4 polished sides provides superior optical performance for precise fluorescence analysis and spectrophotometry applications. Manufactured from high-purity quartz glass with excellent transmission properties across UV to NIR wavelengths.
Optical Clarity
Transmittance >80% across 200-2500nm wavelength range, ensuring accurate spectroscopic measurements.
Chemical Resistance
Stable against acids, bases, and most organic solvents, making it suitable for diverse analytical applications.
Secure Sealing Lid
Prevents sample evaporation and contamination during fluorescence analysis, ensuring reliable results.
Micro-Volume Capability
Available in 50μl, 100μl, and 200μl volumes, perfect for precious sample conservation in research applications.
4 Polished Sides
Allows multi-directional light path for advanced spectroscopic applications, including fluorescence measurements.
- Wide Spectral Range (200-2500nm)
- Accurate Fluorescence Detection
- Custom Design Support
Technical Specifications & Dimensions of
Micro Fluorescence Quartz UV Cuvette Cell with Lid
Technical Specifications of Micro Fluorescence Quartz UV Cuvette Cell with Lid
Physical Properties
| Property | Value / Description |
| Material | High-purity fused quartz (≥99.995% SiO₂) |
| External Dimensions | 12.5 × 12.5 × 45 mm |
| Optical Path Length | 10 mm |
| Sample Volume Options | 50 μL / 100 μL / 200 μL |
| Wall Thickness Tolerance | ±0.1 mm (standard); ±0.05 mm (custom on request) |
| Surface Flatness (optical faces) | ≤ λ/4 (at 632.8 nm) |
| Thermal Expansion Coefficient | ≤ 5.5 × 10⁻⁷ /K (20–300°C) |
| Maximum Operating Temperature | 1100°C (continuous); up to 1600°C (short-term) |
| Density | 2.2 g/cm³ |
| Hardness (Mohs scale) | 5.5–6 |
| Lid Type | PTFE screw cap or quartz plug (customizable) |
Chemical Properties
| Property | Value / Description |
| Acid Resistance | Excellent (except HF and hot concentrated H₃PO₄) |
| Alkali Resistance | Good (stable in dilute alkalis) |
| Solvent Compatibility | Compatible with most organic solvents |
| Water Absorption | < 0.01% |
| Chemical Stability | Inert to most laboratory reagents |
| Leachables / Extractables | Negligible (suitable for trace analysis) |
Optical Properties
| Property | Value / Description |
| Wavelength Transmission Range | 200 nm – 2500 nm |
| UV Cutoff | ~170 nm |
| Visible Light Transmission | > 90% (400–700 nm) |
| UV Transmission (200–300 nm) | > 80% (paired testing) |
| Refractive Index (at 589 nm) | 1.4585 |
| Birefringence | None (isotropic material) |
| Fluorescence Background | Ultra-low (suitable for sensitive fluorescence) |
| Optical Homogeneity | Class 1 (no striae or inclusions) |
| Surface Quality (optical faces) | 60/40 scratch-dig or better |
Size of of Micro Fluorescence Quartz Glass UV Cuvette 4 Polished Sides with Lid
| Model | Description | Wavelength | Path Length | Volume | Transmittance | Outline Dimension |
| AT-BSM-037 | 10mm Path Length Micro Quartz UV Cuvette 4 Polished Sides Fluorescence Cell with Lid | 200nm-2500nm | 10mm | 50μl/100μl/200μl | >80% (Paired Testing) | 12.5×12.5x45mm |
Applications and Solutions for TOQUARTZ®
Micro Quartz UV Cuvette Fluorescence Cell with 4 Polished Sides
Micro Fluorescence Quartz UV Cuvette with Lid for High-Sensitivity Fluorescence Analysis
Key Advantages
-
Ultra-low fluorescence background
Background fluorescence <0.002 AU at 280 nm minimizes signal interference in trace-level biomarker detection. -
Precision-polished optical faces
Surface roughness <10 Å RMS ensures consistent excitation/emission light paths in fluorescence assays. -
Micro-volume retention with evaporation control
PTFE-sealed lid maintains sample integrity for volumes as low as 50 μL during 30+ min fluorescence scans.
TOQUARTZ® solution
A biotech lab in Boston performing protein quantification at 0.1 μg/mL reported signal drift due to cuvette background noise.
After switching to TOQUARTZ®’s ultra-low fluorescence cuvette, baseline noise dropped by 87%, enabling consistent readings across 5 replicates with CV <2.1%, improving assay reliability for FDA preclinical submission.
Micro Fluorescence Quartz Glass UV Cuvette with Lid for Precise Spectrophotometer Integration
Key Advantages
-
Dimensional tolerance within ±0.05 mm
Ensures seamless fit in automated holders, reducing alignment errors in OEM spectrophotometers. -
Optical centerline deviation <0.1 mm
Maintains beam path accuracy across batches, critical for dual-beam spectrophotometer calibration. -
Edge chamfering for robotic handling
0.3 mm chamfered edges reduce mechanical jamming in auto-loading systems by 95%.
TOQUARTZ® solution
A German spectrophotometer OEM experienced 14% misalignment errors due to cuvette dimensional drift from previous suppliers.
After adopting TOQUARTZ®’s ±0.05 mm tolerance cuvettes, alignment error rate dropped to <1.2%, eliminating the need for post-assembly recalibration and saving approx. €12,000 per production batch.
Micro Fluorescence Quartz UV Cuvette Cell with Lid for Clinical Diagnostics
Key Advantages
-
Optical path length deviation <±0.02 mm
Ensures consistent absorbance readings in enzyme kinetics assays with high sensitivity. -
Batch-paired transmittance certification
Each cuvette pair tested to match within ±1.5% transmittance at 340 nm for IVD compliance. -
UV-visible homogeneity index >99.8%
Eliminates optical distortion in immunoassay detection at 450 nm endpoint.
TOQUARTZ® solution
A Japanese IVD device maker faced inconsistent absorbance readings in ELISA tests due to cuvette path length variation.
Switching to TOQUARTZ®’s certified 10 mm ±0.02 mm cuvettes reduced inter-well OD variance from 0.09 to 0.01, enabling ISO 13485 validation and reducing QC rejection rate by 78% over 3 months.
Customization Services for TOQUARTZ®
Micro Fluorescence Quartz UV Cuvette with Lid
Dimensional Customization
- Custom external dimensions to fit proprietary instruments
- Modified optical path lengths
- Specialized sample chamber volumes
- Customized lid designs for specialized applications
Optical Customization
- Specialized polishing for enhanced optical clarity
- Black-walled options for reduced scattered light
- Masked optical windows for specific beam paths
- Anti-reflection coatings for specific wavelengths
Flow-Through Modifications
- Addition of inlet/outlet ports for continuous sampling
- Compatible fittings for standard laboratory tubing
- Flow-cell designs for online monitoring applications
- Integration with automated sampling systems
Technical Support
- Engineering consultation for custom design requirements
- Technical drawing assistance and review
- Rapid prototyping and iterative design improvements
- Materials selection guidance for specific applications
TOQUARTZ® Customization Project Process
Requirement Submission
Submit your technical specifications for the Micro Quartz UV Cuvette with 4 Polished Sides and lid, including volume, path length, and lid type. TOQUARTZ® engineering team will evaluate feasibility and respond with initial feedback within 24–48 hours.
Drawing Confirmation
We will provide a detailed technical drawing or 3D model of the customized Micro Quartz UV Cuvette with 4 Polished Sides and lid. You can review and request modifications to ensure compatibility with your instrument or system.
Final Design Approval
Once the design is confirmed, we will finalize all parameters including tolerance, optical surface quality, and sealing method. A formal quotation and estimated lead time will be issued based on the approved Micro Quartz UV Cuvette design.
Prototype Production
A prototype of the Micro Quartz UV Cuvette with 4 Polished Sides and lid will be manufactured for functional testing. Typical lead time for prototyping is 7–10 working days depending on complexity and customization level.
Batch Manufacturing
After prototype validation, we proceed with batch production under strict quality control protocols. Each Micro Quartz UV Cuvette with 4 Polished Sides and lid is tested for dimensional accuracy and optical transmittance before shipment.
Usage Guide of Micro Fluorescence Quartz UV Cuvette with Lid
Proper Handling
- Always handle cuvettes by the frosted or non-optical surfaces to prevent fingerprints
- Use lint-free gloves when handling to maintain optical clarity
- Insert and remove from spectrophotometers carefully to avoid scratching optical surfaces
- Ensure proper orientation with the light path aligned with instrument beam
Cleaning Protocol
- Rinse immediately after use with appropriate solvent (typically deionized water)
- For persistent residues, use mild detergent solution followed by thorough rinsing
- For organic residues, rinse with acetone or ethanol (ensure chemical compatibility)
- Final rinse with deionized water and air dry or use filtered compressed air
- Avoid abrasive cleaners that can damage optical surfaces
Storage Recommendations
- Store in original packaging or dedicated cuvette holders
- Keep in dust-free environment to maintain optical clarity
- Ensure cuvettes are completely dry before storage to prevent mineral deposits
- Store away from harsh chemicals and physical hazards
Solvent Compatibility
- Compatible with most aqueous solutions and organic solvents
- Resistant to acids and bases at room temperature
- Avoid prolonged exposure to hydrofluoric acid (HF) and hot concentrated phosphoric acid
- Consult compatibility chart for specific applications
Need Technical Assistance with Micro Fluorescence Quartz UV Cuvettes?
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: What is a Micro Fluorescence Quartz UV Cuvette?
A: A Micro Fluorescence Quartz UV Cuvette is a small sample container made from high-purity quartz glass, designed for spectroscopic analysis of micro-volume samples. Our model features four polished sides for multi-directional light transmission and a secure lid to prevent sample evaporation and contamination during analysis.
Q: Why use a Micro Fluorescence Quartz UV Cuvette with Lid?
A: These specialized cuvettes are essential for applications requiring high optical clarity across UV-visible wavelengths (200-2500nm), minimal sample volumes (50-200μl), and protection from evaporation or contamination. The four polished sides allow for fluorescence measurements where excitation and emission light paths are perpendicular to each other, unlike standard two-window cuvettes.
Q: What is the wavelength range of your Micro Fluorescence Quartz UV Cuvette?
A: TOQUARTZ® Micro Quartz Glass UV Cuvettes have an optical transmission range of 200-2500nm, covering the ultraviolet, visible, and near-infrared regions. This wide spectral range makes them suitable for diverse analytical applications including UV-Vis spectroscopy, fluorescence spectroscopy, and NIR analysis.
Q: What is the path length of your Micro Fluorescence UV Quartz Cuvette?
A: TOQUARTZ® standard Micro Fluorescence Quartz UV Cuvette (model AT-BSM-037) has a 10mm path length, which is the international standard for spectrophotometric measurements. This allows for direct comparison with published extinction coefficients and other standardized data. Custom path lengths from 1mm to 100mm are available upon request for specialized applications.
Q: What is the correct orientation for using a Micro Fluorescence Quartz UV Cuvette?
A: For standard UV-Vis spectroscopy, position the cuvette so that the light beam passes through the clear polished sides. For fluorescence measurements, typically the excitation beam enters through one clear side, and the emission is measured at a 90° angle through another polished side. Always consult your instrument manual for specific orientation requirements.
Contact our engineering team for technical consultation and pricing. We’ll help you select the optimal specifications for your application requirements.