
Technical Information
OMARK Lifesciences Private Limited provides the technical information of raw material
used in Plastic Labware and Chemical Sustainability of Products
Intended Use
• Used in dilutions, bacterial cultures, sample storage, centrifugation and precipitates, chromatography fraction collection and other applications
Material
• Tube manufactured using Polystyrene
Features
• Precision molded
• Total transparency to ensure premium optical quality
• CE marked
OMARK RIA VIALS
Ria Vials are also called Ria Tubes or Test Tubes.
They’re 12 X 75 mm.
Omark Consumables manufactures Ria Tubes using Medical Grade Polystyrene (PS).
-PS Ria Tube is Transparent, Non-Autoclavable and Breakable .Can withstand 1400 RCF. And accept common acids, alkalies & solvents at room temperature
Omark Ria Vials Used in Radioimmuno Assay to test antigens without the need to use a bioassay.
Omark Petri dish
Intended Use
• Widely used for cell and germ culture as well as the drug sensitive test.
Material
• Made of pure polystyrene, transparent, polished, and smooth.
Features
Perfectly flat, clear, and stackable, our petri dishes are among our most highly-demanded products.
OMARK PETRIDISHES
Made in a contamination controlled environment and compliant with top international standards.
Omark high quality disposable Petri Dishes are suitable for all microbiological applications manufactured as per ISO 24998 : 2008 ‘Plastics laboratory ware — Single-use
Extremely high optical clarity for easy view on microscope.
Sterile Plates has been validated according to EN ISO 11137-2; 2012 for SAL 10-6
Omark Petri Dishes retain their shape upto 55° C.
Aseptic Dishes are manufactured in clean room under controlled low bio-burden conditions for best performance in all applications.
Shallow dish design allow for maximum use of incubator space.
Easy to stack.
Robust dimensional accuracy of 90 mm ensures compatibility with most automated systems.