Platforms and Clamps Products & Reviews

iShak 3D-5 NXT comes with a maintenance free brushless DC motor which delivers exceptional performance to complement the device's high loading capacity resulting in thorough mixing of the solution even under big loads.

iShak PS 10/20 is fully equipped to deliver exceptional performance with features like loop function, user programmable interface and unprecedented convenience while using the device

iShak Quattro NXT is a Digital microplate shaker that accomodates a maximum of 4 microplates in one run with a 3mm mixing orbit which provides stable and thorough mixing in each well of a microplate.

This is a flat platform with rubber mat, for use with Corning® LSE™ Orbital Shaker.

This is a flask clamp platform without clamps, for use with Corning® LSE™ Orbital Shaker and Corning® LSE™ Low Speed Orbital Shaker.

This is a clamp for the 25 mL Erlenmeyer flask, for use with Corning® LSE™ Orbital Shaker and Corning® LSE™ Low Speed Orbital Shaker.

This is a clamp for the 50 mL Erlenmeyer flask, for use with Corning® LSE™ Orbital Shaker and Corning® LSE™ Low Speed Orbital Shaker.

This is a clamp for the 125 mL Erlenmeyer flask, for use with Corning® LSE™ Orbital Shaker and Corning® LSE™ Low Speed Orbital Shaker.

This is a clamp for the 250 mL Erlenmeyer flask, for use with Corning® LSE™ Orbital Shaker and Corning® LSE™ Low Speed Orbital Shaker.

This is a clamp for the 500 mL Erlenmeyer flask, for use with Corning® LSE™ Orbital Shaker and Corning® LSE™ Low Speed Orbital Shaker.

This is a clamp for the 1L Erlenmeyer flask, for use with Corning® LSE™ Orbital Shaker and Corning® LSE™ Low Speed Orbital Shaker.

Sticky Stuff, the adhesive matting from INFORS HT, is available in individual pieces (200 x 200 mm) for upgrading existing trays. Suitable for use on all metal surfaces, Sticky Stuff can also be applied to universal trays that have holes for test tubes. The same Sticky Stuff can even be used in multiple locations: simply pull back the adhesive matting and briefly place it in water to regenerate. The material will then return…