The Grant Microtube Thermo Scientificshaker PHMT with Block PSC96 is designed for precise temperature control and mixing of samples in a 96-well microplate format. This Thermo Scientificshaker offers reliable heating and shaking capabilities, ensuring efficient sample processing for a variety of laboratory applications. The block PSC96 is specifically designed to hold one 96-well microplate, providing compatibility for high-throughput experiments. The Thermo Scientificshaker is ideal for DNA/RNA extractions, protein studies, and other applications requiring precise temperature control and uniform mixing.
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The Grant Microtube Thermo Scientificshaker PHMT with Block PSC96 is perfect for laboratories looking for a reliable, efficient, and precise solution for microplate heating and shaking.
It is designed for precise temperature control and mixing of samples in a 96-well microplate format. This Thermo Scientificshaker offers reliable heating and shaking capabilities, ensuring efficient sample processing for a variety of laboratory applications. The block PSC96 is specifically designed to hold one 96-well microplate, providing compatibility for high-throughput experiments. The Thermo Scientificshaker is ideal for DNA/RNA extractions, protein studies, and other applications requiring precise temperature control and uniform mixing.
Yes. It is designed for heating and shaking 96-well microplates, and offers a shaking speed of 250 rpm to 1400 rpm for consistent and uniform mixing to support this kind of work.
It has a shaking speed of 250 rpm to 1400 rpm for consistent and uniform mixing, and is supplied under manufacturer part number PHMT-PSC96.
It offers block PSC96 holds 1 x 96-well microplate, +5 to 100 °C with uniformity at 37 °C of ± 0.1 °C, timed shaking operation from 1 minute to 96 hours and continuous or timed mode, with alarm buzzer and automatic switch-off.
For heating and shaking 96-well microplates, the Grant model is the better choice, offering a shaking speed of 250 rpm to 1400 rpm for consistent and uniform mixing. The Heathrow Scientific model offers a capacity of 80 wells suitable for 1.5/2.0 mL microtubes and dimensions of 225 x 67 x 28 mm as an alternative, while the Grant model's block PSC96 holds 1 x 96-well microplate and +5 to 100 °C with uniformity at 37 °C of ± 0.1 °C help make it a strong fit for heating and shaking 96-well microplates.
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