SP-NE32 FAQs
SP-NE32 - Frequently Asked Questions
What are the main differences between SP-NE32, SP-100B and SP-960?
SP-NE32 uses a magnetic rod method with pre-filled reagents and supports 32 samples. SP-100B and SP-960 use pipetting-based liquid handling, with SP-960 offering higher throughput up to 192 samples.
What is the magnetic rod method for nucleic acid extraction?
It uses magnetic rods to move magnetic beads that bind nucleic acids, enabling automated capture, washing and elution while removing impurities.
What is the magnetic rod method for nucleic acid extraction?
It uses magnetic rods to move magnetic beads that bind nucleic acids, enabling automated capture, washing and elution while removing impurities.
What is the advantage of pipetting-based systems like SP-100B and SP-960?
They use pipette tips for liquid transfer and mixing, offering flexible workflows and integration with automated PCR system construction.
What applications are these systems suitable for?
All systems support automated nucleic acid extraction, while SP-100B and SP-960 also support automated PCR system setup.
What sample types can the SP-NE32 process?
It supports a wide range of samples including tissue, blood, plasma, faeces and swabs, suitable for downstream applications like qPCR and sequencing.
How does the SP-NE32 prevent contamination?
It uses UV sterilisation, disposable consumables and pre-packaged reagents to minimise cross-contamination and ensure safe operation.
How many samples can the SP-NE32 process at once?
The system processes up to 32 samples per run using two reagent plates, each handling 16 samples.
What consumables and reagents are required?
SP-NE32 uses magnetic rod sleeves and pre-filled reagent plates, while SP-100B and SP-960 use pipette tips and tube-based reagents.
What certifications does the SP-NE32 have?
It holds multiple certifications including NMPA, CE-IVD, CE-RUO and CB, demonstrating compliance with international safety and performance standards.
