Optional accessories are available for purchase separately. If you require a customised solution, please contact our technical specialists by selecting the "Add to enquiry" button and using our enquiry form or at sales@lasec.com.
Installation, training and special delivery requirements, such as the need for tail-lift trucks and additional labour and installation for large equipment and hazardous material (Hazmat) packaging, are chargeable in addition to standard freight and will be quoted separately before dispatch.
Online ordering is currently limited to South African customers, but our full range is still available. If you are ordering from outside South Africa, please log an enquiry or email internationallabsales@lasec.com, and our international sales team will gladly assist you through our traditional sales channels.
Scientific Specialties, Inc.’s 0.2ml 8-Strip PCR Tubes are designed for high-precision PCR and qPCR applications, ensuring optimal sample visibility, efficient thermal transfer, and contamination-free performance.
Enhanced Thermal Efficiency: Ultra-thin walls maximise thermal transfer while maintaining durability to prevent tube crushing.
Superior Sample Visibility: Clear tubes offer high optical clarity for easy content visualisation.
qPCR-Optimised Options: White tubes enhance fluorescence reflection, while optically clear caps ensure uninhibited fluorescence signal detection for consistent qPCR performance.
Organised Colour Variants: Available in assorted colours for easy sample identification, with dual-coloured tubes featuring optically clear flat caps for optimal fluorescence detection.
Industry Applications: Suitable for pharmaceutical, food, and molecular biology research.
High-Purity Material: Made from virgin polypropylene for exceptional purity and clarity.
Certified Contaminant-Free: Free from detectable RNase, DNase, DNA, PCR inhibitors, and tested pyrogen-free, ensuring sterile and reliable PCR workflows.
These precision-engineered PCR tubes offer secure sealing, superior sample clarity, and reliable thermal cycling performance, making them an essential tool for research laboratories and diagnostic applications.