Search results for "scroll pump"

The E-Cube™ System is a simple bioreactor with 8,500 cm2 cell growth area for growing anchorage dependent cells in only a 25.4 cm x 35.6 cm footprint. Cells grow in Corning’s parallel-plate CellCube® Module on the same treated polystyrene used in Corning culture vessels. The E-Cube™ System kit consists of an oxygenator, medium reservoir, multiple access ports, and all required tubing and fittings; CellCube® Modules must be p…

The X-CLARITY™ Polymerization System is a standalone, automated system developed to simplify tissue-hydrogel hybridization. It is used with the X-CLARITY™ Systems & Reagents to simplify and expedite the tissue-clearing process.

The Cobra-Stretch meets output energy needs up to 250 mJ. Based on a two-stage design, the Cobra-Stretch accommodates an extra amplifier stage to obtain higher powers with either a rectangular cell or capillary amplifiers. An optional auto-tracking bolt-on frequency conversion unit can be used to extend the range of wavelengths. Other harmonic modules can be used to increase the tuning range even further in to the UV and IR.…

35 ton lab pellet press

Piko™ Thermal Cyclers - high thermal performance in a tiny footprint. Piko, inspired by the Italian word “piccolo,” meaning tiny, aptly describes Finnzymes’ new PCR system. At the heart of the Piko Thermal Cycler lies our unique heat pump. Designed to deliver bridled power, it results in industry-leading thermal uniformity, accuracy, ramp rates and settling times. This not only allows for PCR protocols in as little as 10 minut…

Piko™ Thermal Cyclers - high thermal performance in a tiny footprint. Piko, inspired by the Italian word “piccolo,” meaning tiny, aptly describes Finnzymes’ new PCR system. At the heart of the Piko Thermal Cycler lies our unique heat pump. Designed to deliver bridled power, it results in industry-leading thermal uniformity, accuracy, ramp rates and settling times. This not only allows for PCR protocols in as little as 10 minut…

A highly sensitive, on-line differential viscometer for determining the size and conformation of all types of biopolymers and synthetic polymers.

The TPW Automated Sample Preparation Workstation enhances laboratory productivity by minimizing resource allocation for repetitive tasks such as sample weighing, extraction, filtration, dilution, and transfer to analysis devices.