About Mincle
At Mincle, we are committed to delivering innovative, high-performance products for laboratories and medical environments. With patented technologies and years of proven performance, our solutions are trusted by major pharmaceutical companies and research institutions worldwide.
Laboratory Products
Mincle manufactures advanced medical and laboratory products designed to support demanding applications in mammalian and microbial cell culture, as well as other laboratory environments where stability, sterility, and durability are critical.
Our technologies are engineered for humidified and CO₂ incubator shakers, and are also widely used in general orbital shaker setups, benchtop culture platforms, and other laboratory workflows.
Laboratory Flask Retention Pads
Our patented Laboratory Flask Retention Pads are designed to ensure secure flask handling during orbital shaking while allowing effortless removal when required. They feature an adhesive base with a grooved, protruded top surface for reliable flask holding and easy removal, and a no-leachables construction to maintain sterility in sensitive cultures.
These pads are especially suited for mammalian and microbial cell culture applications, as well as a wide range of other laboratory uses. They have been trusted by major pharmaceutical companies for years, delivering proven performance in humidified CO₂ incubator shakers and beyond.
General Features
Material: Polyurethane, (odorless)
Color: Transparent, available with or without a logo
Design: Adhesive base with a top grooved, protruded top surface for secure holding and easy flask removal
Sterility: not toxic and non-leaching, protecting sensitive mammalian and microbial cultures
Compatibility: For orbital shakers operating up to 200 rpm
Durability: Reusable, long-lasting, and patent-protected
Standard build: 6 mm thickness and fixed groove design (not customization)
Customization: Only pad size (length × width) and logo branding can be customized
ISO 10993 Compliance: Standard for biological evaluation of medical devices, ensuring polyurethane is non-toxic, bio compatible, and safe for cell and tissue contact.
Available Sizes
385 × 85 × 6 mm
Compact pad for smaller shaker platforms and specialized workflows
For bulk pricing: please inquire
390 × 385 × 6 mm
Full-size pad for standard orbital shaker platforms
For bulk pricing: please inquire
Custom Sizes
Pads can be manufactured to fit the specific shaker model and tray size used in your laboratory
Thickness and groove design are standard (fixed at 6 mm)
Logo branding available
Distributor Opportunities
Mincle partners with global distributors to make our Laboratory Flask Retention Pads available worldwide. If you are a distributor of laboratory equipment or medical research supplies, we invite you to partner with us.
Distributor Benefits
By partnering with Mincle, you gain access to:
Exclusive Territories – potential for market exclusivity in your region
Attractive Margins – wholesale pricing designed to support distributor profitability
Proven Product – already in use by leading pharmaceutical companies for several years
Growing Market – demand in mammalian and microbial laboratories globally
Marketing Support – product information, technical documentation, and promotional material provided
Customization Options – pad size (length × width) and logo branding available (thickness and groove design fixed)
Custom Orders
Mincle offers custom manufacturing options to meet the unique needs of your laboratory or distribution network.
Pads can be produced to match the exact tray size of your orbital shaker
Custom logo branding available for universities, research groups, and distributors
Standard 6 mm thickness and groove design across all models
Lead times and order volumes can be discussed based on your requirement
How it works:
Submit your required dimensions or tray specifications
Receive confirmation and quotation from Mincle
Production and quality control carried out in-house
Shipping arranged to your location or through a distributor
Contact for Orders & Distribution
