CoreGrip™ Shaker Mat (Standard)

Designed for general use and microbial application.

Performance & Benefits

Engineered for Reliable Laboratory Performance

  • Patented Technology
    Proprietary design optimises grip, drainage, and shaker performance.

  • Proven Over Time
    Backed by 5+ years of real laboratory use for consistent reliability.

  • Secure Flask Retention
    Holds 125–1000 mL shake flasks stable during standard operation.

  • Optimised Grip Design
    ~80% contact surface with 5.5 mm grooves, delivering strong mechanical grip while allowing controlled air movement to limit suction during flask handling.

  • Stable Mat Positioning
    Designed to prevent the mat from dislodging from the shaker platform during flask removal, ensuring safe and consistent handling.

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

  • Durable & Flexible Material
    6 mm polyurethane (~27 Shore A) for long-term, repeatable use.

  • Optimised Surface Performance
    Balanced contact area ensures the right combination of grip, stability, and drainage.

Partnering Benefits

Built for Long-Term Collaboration

  • 5+ Years Market Validation
    Proven product performance in real lab environments.

  • Patented, Differentiated Solution
    Unique design supporting competitive positioning.

  • Consistent Quality
    Reliable manufacturing for repeatable results.

  • Application Expertise
    Suitable for microbial and advanced cell culture workflows.

  • Long-Term Value
    Durable design reduces replacement and downtime.

  • Collaborative Support
    Scalable supply and technical partnership approach

Specifications

Size: 85 × 385 × 6 mm

‍ 385 × 395 × 6 mm‍ ‍

Material: Polyurethane (PU)

Compatibility: 125 mL – 1000 mL shake flasks

Surface: Engineered for grip and drainage

A Trusted Solution for Laboratory Workflows

Designed for reliability and ease of use, this shaker mat delivers consistent performance across a wide range of laboratory applications,from routine microbial work to more advanced workflows.