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Life Science and Biotechnology

Life Science and Biotechnology

Life science and biotechnology laboratories require consumables that support consistent cell growth, reliable sample recovery, and contamination control across long-term cultures and complex extractions. Microlab supplies cell culture vessels, SPE columns, and filtration systems

Context

The Problem In This Sector

Pain Points

  • Cell loss during harvest due to poor surface adhesion in suspension culture vessels
  • Low recovery of low-abundance proteins or metabolites in SPE extractions due to non-specific binding
  • Contamination from microbial ingress during long-term culture or storage
  • Inconsistent cell growth across batches due to variability in surface treatment
  • Clogging or breakthrough in SPE columns during high-load sample processing

What This Sector Needs

  • Cell culture vessels with hydrophilic surface treatment for efficient initial cell attachment
  • SPE columns with high adsorption capacity and reproducible recovery across multiple runs
  • Sterile, non-pyrogenic, DNase/Rnase free materials for sensitive biological applications
  • Sealed vessels with hydrophobic filter caps to prevent microbial contamination without water absorption
  • Consistent product geometry and surface treatment to avoid batch-to-batch variability
Where It Is Used

Typical Application Scenarios

  • Adherent cell culture in T-175 flasks or multi-layer Cell Factory units for bioproduction
  • Suspension culture of mammalian or insect cells in non-treated dishes or flasks
  • Solid phase extraction of drugs, metabolites, or toxins from blood, urine, or food matrices
  • High-throughput screening using 96-well tissue culture treated plates
  • Long-term storage of cell cultures in sealed, sterilized vessels with filter caps
Process

How We Work With You

Specify

Select vessel type (adherent vs. suspension), surface treatment, and port configuration based on cell type and process scale

Sample

Trial quantities of the candidate vessel or column are supplied to validate performance in the specific cell line or extraction method

Standardise

Part numbers are printed on the product for traceability and consistent reordering across batches

Supply

Repeat supply of the same specification, with OEM packaging available for private-label requirements

Recommended

Products For This Sector

Supply

What We Deliver

  • Cell culture vessels and SPE columns manufactured under a 100,000-class dust-free manufacturing site
  • Gamma radiation sterilization applied to all cell culture products
  • Non-pyrogenic, DNase/Rnase free materials used in all cell culture vessels
  • Hydrophilic surface treatment for adherent cell culture, hydrophobic surface for suspension culture
  • OEM contract manufacturing and private-label packing available through the in-house OEM division
FAQ

Frequently Asked Questions

What surface treatment is used for adherent cell culture vessels?

Hydrophilic surface treatment ensures efficient initial cell attachment and proliferation for adherent cell lines.

Are the SPE columns suitable for acidic and basic compounds?

Yes. HLB columns are stable from pH 1 to 14 and suitable for non-polar to moderately polar acidic, neutral, and basic compounds.

Do the cell culture vessels have filter caps?

Yes. Vent cap and plug seal cap options are available. The hydrophobic filter cap prevents microbial contamination without water absorption.

Can I use your Cell Factory units for large-scale production?

Yes. A 10-layer Cell Factory unit provides a cultivation area equivalent to 36 T-175 flasks, suitable for scalable cell culture processes.

Do you supply under our own label?

Yes. The OEM division offers OEM plastic devices, OEM contract manufacturing, and membrane die-cut and packing.

Consumables For Life Science and Biotechnology

Send your method and sample type and we will specify the filtration and vial parts to use.