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Sealed-Flow Quartz Dual-Channel Fluorescence...

Laboratuvar analizleri için sızdırmaz akışlı Quartz çift kanallı floresan küvetler

Leak-proof Quartz dual-channel fluorescence cuvettes for spectroscopy systems

Flow-through Quartz dual-channel fluorescence cuvettes for automated sampling

Precision-sealed Quartz dual-channel fluorescence cuvettes for bioassays

Dual-port Quartz dual-channel fluorescence cuvettes for kinetic studies

Sealed-Flow Quartz Dual-Channel Fluorescence Cuvettes for Spectroscopy Systems -TOQUARTZ®

TOQUARTZ® High-precision dual-channel fluorescence cuvette made from premium quartz (≥99.98%, max. up to 99.995% SiO₂) with excellent UV-VIS-NIR transmittance. Features PTFE screw cap and dual inlet/outlet ports for sealed, leak-proof fluorescence spectroscopy and micro-volume analysis in laboratory settings.

Adedi Yok

Özel Tasarım

Doğrudan Fabrika

Teknik Destek

Features of Quartz Dual-Channel Fluorescence Cuvettes

The TOQUARTZ® Quartz Dual-Channel Fluorescence Cuvette combines premium materials with precision engineering to deliver exceptional performance for demanding spectroscopy applications. Our high-purity quartz construction ensures optimal light transmission and chemical stability for accurate and reliable analytical results.

Malzeme Saflığı

Crafted from high-purity fused quartz (≥99.98%, max. up to 99.995% SiO₂) to ensure exceptional optical clarity and chemical stability. Ideal for sensitive analytical applications requiring precise measurements.

Dual-Channel Design

Featuring dual inlet/outlet ports for continuous flow, automated sampling, or gas purging capabilities. The integrated design minimizes sample loss and ensures consistent analytical conditions.

Secure Sealing System

Engineered with a PTFE screw cap and precision O-ring for hermetic sealing. Prevents sample evaporation and contamination, crucial for accurate analysis of volatile or sensitive compounds.

Optik Performans

Wide spectral transmission range (200nm-2500nm) with transmittance >80% (paired testing). Provides clear optical path for accurate UV-VIS-NIR spectroscopy and fluorescence measurements.

TOQUARTZ® Quartz Dual-Channel Fluorescence Cuvettes

Technical Specifications & Dimensions of Quartz Dual-Channel Fluorescence Cuvette

TOQUARTZ® quartz dual-channel fluorescence cuvettes are manufactured to precise specifications, ensuring consistent performance across analytical applications. Below are the detailed technical parameters for our standard models.

Teknik Özellikler

Parametre	Şartname
1. Fiziksel Özellikler
Malzeme	Yüksek saflıkta kuvars (≥99,98%, maks. 99,995% SiO2'ye kadar)
Yoğunluk	2,2 g/cm³
Termal Genleşme	5.5×10-7/℃
Yüzey İşlemi	Cilalı optik yüzeyler
2. Kimyasal Özellikler
Asit Direnci	Mükemmel (HF hariç)
Alkali Direnci	Oda sıcaklığında iyi
Solvent Direnci	Tüm organik çözücüler için mükemmel
Su Emme	< 0,001%
3. Optik Özellikler
İletim Aralığı	200-2500nm
UV Kesimi	< 200nm
Kırılma İndisi	589.3nm'de 1.46
Geçirgenlik	>80% (eşleştirilmiş test)

Beden Tablosu

Model	Açıklama	Dalga boyu	Yol Uzunluğu	Cilt	Geçirgenlik	Anahat Boyutları
AT-BSM-6001	Quartz dual-channel fluorescence cuvette	200nm-2500nm	10mm	350μl-3500μl	>80% (Eşleştirilmiş Test)	12,5×4,5x55mm

Model	Açıklama	Dalga boyu	Yol Uzunluğu	Cilt	Geçirgenlik	Anahat Boyutları
AT-BSM-6001-1	Quartz fluorescence cuvette with dual ports	200nm-2500nm	10mm	350μl-3500μl	>80% (Eşleştirilmiş Test)	12,5×4,5x45mm

Not: Özel gereksinimlerinizi karşılamak için özel spesifikasyonlar sunuyoruz. Danışma için mühendislik ekibimizle iletişime geçin.

TOQUARTZ® Solving Challenges in Fluorescence Spectroscopy Analysis with Quartz Dual-Channel Fluorescence Cuvette

Quartz Dual-Channel Fluorescence Cuvette in Real-Time Cell Metabolism Monitoring

In pharmaceutical R&D and biomedical labs, real-time fluorescence-based monitoring of cellular metabolism (e.g., NADH, FAD autofluorescence) requires continuous perfusion of live cell cultures under controlled conditions. Traditional open cuvettes or single-port designs often lead to sample evaporation, oxygen contamination, or inconsistent flow rates, compromising data integrity in long-term kinetic studies.

Temel Avantajlar

Maintains oxygen stability within ±0.5% O₂ for 2+ hours
Dual-channel sealed design prevents ambient gas exchange during long-term NADH/FAD fluorescence assays.
Supports perfusion rates from 0.1 to 2.5 mL/min without flow disruption
Precision-aligned inlet/outlet ports ensure laminar flow across the optical path in live-cell systems.
Reduces sample evaporation by >95% compared to open-top cuvettes
PTFE screw cap with O-ring seal eliminates volume loss in 37°C incubated fluorescence chambers.

TOQUARTZ® çözümü

A biomedical lab in Boston reported 18% signal drift in 3-hour NADH assays due to oxygen fluctuation and evaporation in open cuvettes. After switching to TOQUARTZ® dual-channel cuvettes, signal deviation dropped to <2%, enabling stable metabolic profiling of HepG2 cells under continuous perfusion at 1.2 mL/min.

Quartz Dual-Channel Fluorescence Cuvette for Inline Protein Folding Kinetics in Bioprocessing

In biopharmaceutical manufacturing, inline fluorescence spectroscopy is used to monitor protein folding and aggregation during purification. These processes often involve high-flow buffer exchange and require real-time detection of tryptophan or extrinsic dye fluorescence. Standard cuvettes cannot handle continuous flow or pressure changes, leading to leaks, sample loss, or inconsistent optical paths.

Temel Avantajlar

TOQUARTZ® çözümü

A German CDMO experienced 9% batch rejection due to inconsistent tryptophan fluorescence during inline folding. TOQUARTZ® cuvettes enabled stable signal acquisition at 3.5 mL/min flow, reducing rejection to <1.5% and improving batch release timelines by 2 days.

Quartz Dual-Channel Fluorescence Cuvette in Environmental Microfluidic Pollutant Detection

Environmental monitoring systems increasingly use microfluidic fluorescence sensors to detect trace pollutants (e.g., PAHs, heavy metals) in water. These systems require sealed, low-volume cuvettes with dual flow channels to integrate with micro-pumps and avoid sample evaporation or cross-contamination. Conventional cuvettes lack the sealing and flow compatibility needed for field-deployable systems.

Temel Avantajlar

TOQUARTZ® çözümü

A Canadian startup deploying mobile PAH sensors in rivers reported 22% sensor failure due to leakage in standard cuvettes. After adopting TOQUARTZ® dual-channel cuvettes, leak rate dropped below 0.01 mL/h, enabling 72-hour continuous deployment with >98% data integrity in field trials.

TOQUARTZ® Customization Options for Quartz Dual-Channel
Fluorescence Cuvette

TOQUARTZ® offers comprehensive customization services to meet your specific analytical requirements. Our engineering team works directly with you to design and manufacture quartz dual-channel fluorescence cuvettes tailored to your unique applications.

Boyutsal Özelleştirme

Malzeme ve Kaplama Seçenekleri

Entegrasyon Çözümleri

Usage Guide of Quartz Dual-Channel Fluorescence Cuvettes

Proper handling and maintenance of quartz dual-channel fluorescence cuvettes are essential for obtaining accurate results and extending product lifespan. The following guidelines will help you maximize performance and durability.

Handling and Sample Introduction

Temizlik ve Bakım

Rinse immediately after use with appropriate solvent, followed by distilled water. For protein residues, use enzymatic cleaners.
For stubborn contaminants, soak in 2-5% Hellmanex™ solution for 30 minutes, then rinse thoroughly with distilled water.
Avoid using HF or strong alkaline solutions, as these can etch quartz surfaces.
Dry using filtered compressed air or nitrogen, or air-dry in a dust-free environment.
Store in the original container or dedicated cuvette holder to prevent damage to optical surfaces.

Best Practices for Optimal Results

Allow solutions to equilibrate to room temperature before measurement to prevent condensation.
Ensure the PTFE cap is properly tightened to prevent leakage but avoid over-tightening.
Inspect O-rings regularly for wear and replace if necessary to maintain proper sealing.
For fluorescence measurements, use matched pairs of cuvettes for reference and sample to ensure comparable optical properties.
When connecting to automated systems, use compatible tubing (typically PTFE or FEP) with appropriate inner diameter.

Need Expert Assistance with Quartz Dual-Channel Fluorescence Cuvettes?

Our engineers are ready to help you select the right quartz dual-channel fluorescence cuvette for
your application or develop a custom solution that meets your specific requirements.
Contact us today for a consultation.

Mühendisimizle İletişime Geçin

Neden TOQUARTZ ile Ortak Olmalısınız?

Doğrudan Fabrika Avantajı

Doğrudan bir üretici olarak, çok sayıda ara bağlantıyı ortadan kaldırabiliriz.

Mühendislik Uzmanlığı

Teknik ekip, malzeme seçiminden tasarım optimizasyonuna kadar müşterilere rehberlik eder ve teknik özellikleri çıktılara dönüştürür.

Esnek Üretim

Acil teslim tarihlerini karşılamak için küçük parti uzmanlığı ve prototipleme titizliği ile standart ve özel siparişleri ele alma.

Kalite
Güvence

Sevkiyat öncesi 3 aşamalı doğrulama:
1. boyutsal doğruluk,
2. malzeme saflığı,
3. performans eşi̇kleri̇

Küresel Tedarik Zinciri

Endüstriyel merkezlere (DE/US/JP/KR öncelikli) izlenebilir kilometre taşlarıyla güvenilir küresel lojistik.

Yeniden Üretilen Ürünler

Doğrudan fabrika yeteneklerine sahip uzman bir üretici olarak TOQUARTZ, spesifikasyon ve uygulama süreci boyunca mühendislik desteği ile hem standart hem de özel kuvars çözümleri sunar.

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SSS

Q: What is the purpose of dual channels in a fluorescence cuvette?

A: Dual channels (inlet/outlet ports) allow for continuous sample flow, enabling real-time monitoring of reactions, automated sample exchange, and integration with flow-through analytical systems without removing the cuvette from the instrument.

Q: How does the PTFE screw cap seal the cuvette?

A: The PTFE screw cap includes an integrated O-ring that creates a hermetic seal when properly tightened. This prevents sample evaporation and contamination during extended measurements or when working with volatile compounds.

Q: What is the difference between the AT-BSM-6001 and AT-BSM-6001-1 models?

A: The primary difference is in the overall height: AT-BSM-6001 has a height of 55mm, while AT-BSM-6001-1 is 45mm. Both feature the same path length, volume capacity, and optical performance, but the different heights accommodate various instrument configurations.

Q: Can I use these cuvettes with corrosive solutions?

A: Yes, quartz is highly resistant to most chemicals including acids (except HF), bases, and organic solvents. The PTFE cap also offers excellent chemical resistance. For highly corrosive applications, we recommend discussing your specific chemicals with our technical team.

Q: How do I connect tubing to the dual ports?

A: The standard ports accept 1/16″ (1.6mm) OD tubing, with PTFE or FEP tubing recommended for most applications. Adapters for other tubing sizes are available upon request. Gentle pressure is sufficient to create a seal; over-tightening connectors may damage the ports.

Teknik danışmanlık ve fiyatlandırma için mühendislik ekibimizle iletişime geçin. Uygulama gereksinimleriniz için en uygun özellikleri seçmenize yardımcı olacağız.

Sealed-Flow Quartz Dual-Channel Fluorescence Cuvettes for Spectroscopy Systems -TOQUARTZ®