Midi Horizontal Electrophoresis System 100 Samples – HPS x MS ME10-7-10
The HPS x MS Midi Plus-1 Horizontal Electrophoresis System (ME10-7-10) is designed specifically for laboratories that regularly run medium numbers of nucleic acid samples over short to medium gel lengths. With two interchangeable gel trays — 10×7cm and 10×10cm — it accommodates up to 100 samples per gel, providing a substantial throughput advantage over mini systems while remaining more compact and cost-effective than full maxi units. The ME10-7-10 is an excellent choice for genomics screening, diagnostic labs, agricultural research, and any workflow where consistent resolution of 50–100 samples per run is a routine requirement.
Key Features
- 10×7cm and 10×10cm interchangeable trays — up to 100 samples per gel
- Optimised for short-to-medium gel runs — ideal for routine PCR verification and cloning checks
- Compact midi format balances throughput and bench space for 50–100 sample batches
- Robust construction for consistent buffer circulation and reproducible band resolution
- Compatible with all HPS x MS power supplies
Applications
Routine PCR product verification; genomic screening; agricultural and cloning research; diagnostic labs running 50–100 samples per batch.
Related Power Supplies
1) HPS x MS Lively 3AP (MP-320)
2) HPS x MS Lively 500V (MP-510)
3) HPS x MS Mini Pro (MINI-500)
FAQ
Is the ME10-7-10 suitable for high-throughput genotyping workflows?
The ME10-7-10 is optimised for medium throughput at up to 100 samples per gel. For higher-volume genotyping, consider the HPS x MS ME15-7-10-15 (up to 210 samples) or ME26 Maxi system (up to 672 samples).
How quickly can I switch between the two tray sizes?
The ME10-7-10 is designed for fast, tool-free tray swapping between the 10×7cm and 10×10cm configurations.
Is the ME10-7-10 compatible with ethidium bromide and SYBR-safe staining protocols?
Yes, the ME10-7-10 is compatible with standard agarose gel staining protocols including EtBr, SYBR Safe, and GelRed.
Get in Touch
📧 Email: info@hiproscientific.com
📞 Call or WhatsApp: +65 8163 3185
