Microplate heat sealers

Microplate heat sealers

Our range of microplate heat sealers comprises fully- and semi-automated heat sealers, adhesive sealers and plate piercers, offering laboratories ideal entry level automation, for reliable, consistent results.

Ultraseal LITE semi-automated heat-applied microplate sealerUltraseal LITE - semi-automated heat-applied microplate sealer
The Ultraseal LITE (formerly the eFly), is a semi-automated heat-applied microplate and tube rack sealer. The unit uses pre-cut sheets of surface modified aluminium or plastic film, approximately 78mm wide and 130mm in length, applied to the plate top surface to create the seal between plate and film. More info...



Ultraseal PRO automated heat-applied microplate and tube rack sealerUltraseal PRO - automated heat-applied microplate and tube rack sealer
The Ultraseal PRO (formerly the Wasp), is an automated heat-applied microplate and tube rack sealer. The unit uses a roll of surface modified aluminium or plastic film approximately 78mm wide and 610m long, the roll is positioned to the rear of the sealing section via a removable stand, using a total inline method the film is pulled through the main unit, cut to between 125mm and 130mm in length and then applied to the plate top surface to create the seal between plate and film. More info...


Ultraseal xtPRO automated heat applied microplate and tube rack sealerUltraseal xtPRO - automated heat applied microplate and tube rack sealer
The Ultraseal xtPRO unit is an automated heat applied microplate and tube rack sealer. The unit uses a roll of surface modified aluminium or plastic film approx. 78mm wide and 600m long, the roll is positioned to the rear of the sealing section via a removable stand, using a total inline method the film is pulled through the main unit, cut to between 125mm and 130mm in length and then applied to the plate top surface to create the seal between plate and film. More info...


Ultraseal ePRO full electrical operation microplate sealerUltraseal ePRO - full electrical operation microplate sealer
Featuring all-electric operation, the Ultraseal ePRO (formerly the eSeal) removes the risk of cross contamination inherent in compressed air powered sealers. The use of force sensors allows dynamic feedback during the entire sealing process to ensure homogenous sealing, all controlled through the intuitive touchscreen interface. Capable of handling foil lengths between 116mm and 128mm, the eSeal automatically compensates for variations in plate heights. More info...


Ultraseal coldPRO automated adhesive plate sealerUltraseal coldPRO - automated adhesive microplate sealer
The Ultraseal coldPRO unit is an automated adhesive pressure applied microplate and tube rack sealer. The unit uses a roll of surface modified aluminium or plastic film approx. 80 to 85mm wide and 200m long, the roll is positioned to the rear of the sealing section via a removable stand, using a total inline method the film is pulled through the main unit, cut to between 124mm and 130mm in length and then applied to the plate top surface to create the seal between plate and film. More info...


Ultraseal CAP PRO automated microplate and tube rack cap and mat applicatorUltraseal CAP PRO - automated microplate and tube rack cap and mat applicator
The Ultraseal CAP PRO has been designed to take the strain out of applying friction sealing mats or septum sealing caps to SBS format tube racks. Simply place your rack or plate with its attendant friction mat or septum cap web in the drawer and push it firmly shut. Initiate sealing with the large, glove-friendly start button and the sophisticated electronics take over, applying reproducible and even pressure every time to force the septum seals down into each tube. More info...


Firefly microplate heat sealer and laser cutting platformFirefly - microplate heat sealer and laser cutting platform
The FireFly uses a fiber laser to generate a beam using a core laser source and amplify it in specially designed glass fibers, supplied with energy via pump diodes. With a wavelength of 1.064 micrometres, the beam produces an extremely small focal diameter, making the intensity up to 100 times greater than conventional CO2 lasers. More info...