Overview:
Molecular biology plastics are engineered for precision, purity, and contamination-free performance in workflows such as PCR, qPCR, nucleic acid extraction, cloning, and sequencing.
These consumables—including PCR tubes, plates, microcentrifuge tubes, pipette tips, and deep-well plates—are manufactured using high-purity virgin polymers under stringent quality standards to ensure reproducibility and reliability in sensitive molecular applications.
Designed for seamless compatibility with instruments such as thermal cyclers and automated liquid handling systems, they support both research and high-throughput laboratory environments.
Features:
1. Comprehensive Product Portfolio
• PCR Consumables:
o PCR tubes (0.2 mL, 0.5 mL)
o PCR strips (8/12 strip formats)
o 96- and 384-well PCR plates
• Microcentrifuge Tubes:
o 0.5 mL, 1.5 mL, 2.0 mL tubes
• Pipette Tips:
o Standard, filtered, low-retention tips
• Deep-Well Plates:
o For sample preparation and storage
2. High Purity & Contamination Control
• Certified:
o DNase-free
o RNase-free
o Human DNA-free
o PCR inhibitor-free
• Manufactured in cleanroom environments
• Ideal for sensitive downstream applications
3. Optimized for PCR & qPCR Performance
• Thin-walled PCR tubes for efficient heat transfer
• Uniform well geometry for consistent amplification
• Excellent optical clarity for qPCR detection
4. Advanced Design & Ergonomics
• Leak-proof sealing options (caps, films, mats)
• Easy open/close tube caps
• Color-coded formats for workflow organization
• Stackable plates for space efficiency
5. Automation Compatibility
• Compatible with:
o Robotic liquid handling systems
o High-throughput screening workflows
6. Low Retention & Maximum Recovery
• Specialized low-binding surfaces
• Minimizes sample loss (critical for DNA/RNA applications)
• Ideal for precious or low-volume samples
