SP-NE384 FAQs
SP-NE384 - Frequently Asked Questions
What are the main differences between SP-NE32, SP-NE384, SP-100B and SP-960?
SP-NE32 and SP-NE384 use magnetic rod technology with pre-filled reagents, while SP-100B and SP-960 use pipetting-based systems. SP-NE384 offers the highest throughput, up to 384 samples per run.
What is the magnetic rod method for nucleic acid extraction?
Magnetic rods move magnetic beads that bind nucleic acids, enabling automated capture, washing and elution while removing impurities from the sample.
What applications are these systems designed for?
All systems support automated nucleic acid extraction, while SP-100B and SP-960 also enable automated PCR system setup for downstream workflows.
What sample types can the SP-NE384 process?
The SP-NE384 supports samples such as tissue, blood and faeces, and is suitable for downstream applications including qPCR and sequencing.
How does the SP-NE384 prevent contamination?
It uses a negative pressure filtration system, UV disinfection, anti-drip design, and disposable consumables to minimise contamination and ensure safe operation.
What is the throughput of the SP-NE384?
The system supports flexible throughput of 96, 192, 288 or 384 samples per run using modular magnetic units with independent control.
How does the SP-NE384 achieve high-throughput extraction?
It integrates four independent 96-well magnetic modules, allowing users to scale extraction capacity depending on workload requirements.
Is the SP-NE384 compatible with third-party reagents?
Yes. It is an open platform, and compatibility depends on whether third-party consumables such as plates and sleeves match system specifications.
What certifications does the SP-NE384 have?
It holds multiple certifications including NMPA, CE-IVD, CE-RUO and cMETus, demonstrating compliance with international safety and performance standards.
