Techne PRIMEPRO48 Real-Time qPCR Machine, 100-240V

The Prime Pro 48 real time PCR system is a high specification, economically priced real time thermal cycler that accommodates a unique 48-well polypropylene PCR plate utilising the same geometry as standard 384-well plates, but only 1/8 of the size. This enables users to dramatically reduce the qPCR reagent volumes compared to traditional 96-well instruments, saving users precious sample, whilst still producing a strong fluorescence signal. Minimizing the plate size also significantly improves thermal uniformity. A minimum volume of 5μl is validated, resulting in a more efficient use of expensive and ‘hard to acquire‘ template DNA samples.

The Prime Pro 48 real time qPCR system is a new, high specification, economically priced real time thermal cycler from Techne. Made in the UK, the Prime Pro 48 features the highest thermal block uniformity and fastest run time of any block-based qPCR system on the market.

High thermal uniformity and validated sample volumes down to 5ul ensures Prime Pro 48 allows researchers to bring run times for an optimised 40 cycle reaction down to only 15 minutes. qPCR efficiency relies on precise temperature control during the denaturation and annealing steps. For the highest accuracy, temperature must remain uniform across the plate, ensuring that all samples are processed equally. The unique thermal block design of Prime Pro 48 achieves this with a unique heating and cooling system that quickly cycles from one temperature to the next and then achieves a uniform ±0.1°C in every well of the block within a fraction of a second of reaching each dwell temperature. No other block-based qPCR system can achieve similar performance.

The capacity of Prime Pro 48 accommodates a unique and economical 48-well qPCR plate. The well format mirrors a 384-well plate therefore allowing the use of 16-channel pipettes. The small qPCR plate cuts reagent costs in half whilst still producing a strong fluorescence signal. Minimizing the plate size also significantly improves thermal uniformity and greatly reduces run times.