Bioscience Plastics
Discover high-quality bioscience plastics for sample handling and storage with Lasec's laboratory supplies, which include a comprehensive range of RNase and DNase-free products. This selection features PCR tubes, PCR plates, immunology plates, Petri dishes, centrifuge tubes, and tissue culture consumables. Both filter and non-filter tips are available, in bulk or racked, from world-leading manufacturers.
16 product(s)
Centrifuge Tubes
Conical, round-bottomed, free-standing, sterile, graduated, and screw-capped tubes. Available in bulk, racked, and individually wrapped options.
3 product(s)
Cell Strainers
These are sterile, rapid, and easy-to-use devices for straining stem and primary cells to consistently obtain a uniform single-cell suspension from tissues.
1 product(s)
Culture Tubes
Our culture tubes offer improved cell adhesion through physical surface treatment and clear, sterile polystyrene. DNase and RNase free.
10 product(s)
Filter and Non-Filter Tips
High-quality polypropylene and certified bioscience plastics. Grade A options are RNase, DNase, and endotoxin-free. Bulk, racked, and sterile.
5 product(s)
Micro Plates
High throughput screening, black or white options, ANSI standard, DNase and RNase free. Printed lot number for traceability.
1 product(s)
PCR Plates
Skirted or non-skirted, 48, 96, and 384 welled plates. Free of detectable DNase, RNase, DNA, PCR inhibitors, and pyrogen-free.
2 product(s)
Sealing Film
Create an evaporation-resistant seal. The sealing film is colourless and moisture-proof. Multiple sealing options.
2 product(s)
Serological Pipettes
Graduated, sterile, bulk, or individually wrapped. Highest-quality, optical-grade polystyrene options.
4 product(s)
Tissue Culture Flasks
Improved cell adhesion. Filter-capped options are available. DNase and RNase free. Printed lot number for traceability.
5 product(s)
Tissue Culture Plates
Improved cell adhesion, reduced risk of cross-contamination, and DNase and RNase-free. Printed lot number for traceability.
2 product(s)
Separation
Different separation techniques can be used to enrich certain particles (DNA, RNA, proteins, organelles, vesicles, micelles, cells, etc.) specifically from complex biological mixtures such as cell and tissue homogenates, blood, urine, and other body fluids so they can be selectively investigated.