CoreGrip™ Shaker Mat (Standard)

Engineered for reliable microbial and general laboratory workflows.

Engineering Performance

Engineered for Laboratory Reliability

  • Patented Technology
    Optimised for grip, drainage, and shaker stability.

  • Field-Proven Reliability
    Validated through 5+ years of laboratory use.

  • Secure Flask Retention During Shaking
    Supports stable handling of 125–1000 mL shake flasks.

  • Controlled Grip & Airflow
    ~80% contact surface with engineered grooves for stable grip and reduced suction during handling.

  • Stable Mat Positioning
    Designed to minimise mat movement during flask handling.

  • Easy Cleaning & Drainage
    Open surface allows fast removal of spills and condensate.

  • Durable & Flexible Material
    6 mm polyurethane (PU) for long-term, repeatable use.

  • Optimised Surface Performance
    Optimised for grip, stability, and drainage.

Commercial Partnership Value

Commercial Partnership Advantages

  • 5+ Years Market Validation
    Proven in real laboratory environments since 2020.

  • Patented Surface Engineering
    Engineered groove architecture differentiates performance from flat mats.

  • Repeatable Performance Across Runs
    Designed for repeatable performance across workflows and environments.

  • Validated for Microbial & Cell Culture Workflows
    Suitable for microbial and mammalian cell culture workflows

  • Reduced Operational Downtime
    Designed for long-term laboratory use and reduced replacement frequency.

  • Scalable Supply & Technical Partnership
    Supports customisation and long-term commercial collaboration.

Specifications

Size: 85 × 385 × 6 mm

385 × 395 × 6 mm‍ ‍

Material:Polyurethane (PU)

Compatibility:125 mL – 1000 mL shake flasks

Surface:Engineered groove architecture for grip, airflow, and drainage

Engineered for Real Laboratory Workflows

Designed for laboratory environments requiring controlled grip, reduced suction, and repeatable shaker performance across microbial and advanced cell culture workflows.