VentraFlow™ Shaker Mat (Premium)

Low-Suction, Controlled-Flow Design for Sensitive Cell Culture

Designed for sensitive cell culture workflows, this shaker mat combines high contact support with an integrated venting network to deliver controlled grip, reduced suction, and consistent, low-shear handling. Designed to reduce suction without compromising grip, delivering controlled, predictable handling in sensitive workflows.

Sensitive Cell Culture Performance

  • Patented Venting Technology
    Integrated network of vent grooves, main grooves, and micro-vents optimises airflow, grip, and handling.

  • High Contact Support (93%)
    Provides stable flask positioning during orbital motion

  • Controlled Low-Suction Release
    Venting channels reduce air sealing for smoother flask handling.

  • Low-Shear Handling
    Minimises handling stress in sensitive cell culture workflows.

  • Stable Platform Positioning
    Minimises mat movement during flask handling

  • Reproducible Workflow Performance
    Reduces variability across laboratory runs.

Venting & Surface Design

  • Z-Groove Venting
    Maintains airflow while supporting stable flask positioning.

  • Main Groove Structure
    Supports grip and controlled flask handling.

  • Micro-Vents
    Reduce local suction and improve handling consistency.

Together, these features balance grip, airflow, and controlled flask release.

Why Controlled Venting Matters

Sensitive cell culture workflows require stable, low-disturbance handling:

  • Stable low-shear agitation

  • Uniform flask support

  • Controlled flask release

  • Improved workflow repeatability

Specifications

  • Size: 385 × 395 × 6 mm and 85 × 385 × 6 mm

  • Material: Polyurethane (PU)

  • Contact Area: ~93%

  • Compatibility: 125 mL – 1000 mL shake flasks

  • Application: Mammalian cell culture and sensitive workflows

Optimised for Sensitive Cell Culture Workflows

VentraFlow™ is engineered for sensitive cell culture workflows requiring controlled handling, reduced suction, and repeatable laboratory performance.