The Cleaver Scientific MultiSUB Midi-96 UV Tray with Comb Block is designed for high-throughput DNA and RNA agarose gel electrophoresis. With its 96-well comb block and 1 mm thick wells, it allows precise, efficient, and reproducible sample separation, compatible with 8-channel pipettes for fast loading.
Product Features
- Compatible with MultiSUB Midi-96 gel electrophoresis systems
- 96-well comb block with 12 x 8 samples, 1 mm thick
- UV-permeable tray allows direct viewing on UV transilluminators
- Leak-proof casting with supplied casting dams
- Compact design minimizes buffer usage and saves bench space
- Offset well layout improves sample separation
- Supports high-throughput loading from 96-well plates
Specifications
- Gel dimensions (W x L): 10 x 12 cm / 10 x 24 cm (STRETCH models)
- Unit dimensions (W x D x H): 22 x 12.5 x 9 cm / 46.5 x 12.5 x 8 cm (STRETCH models)
- Max. sample capacity: 96 samples plus 1 or 2 marker lanes
- Buffer volume: 300 ml / 700 ml (STRETCH models)
What's Included
- MultiSUB Midi-96: UV tray, Comb block with 12 x 8 sample, 1 mm thick combs, casting dams
- MultiSUB Midi-96/2M: UV tray, Comb block with 12 x 8 sample, 1 mm thick combs, casting dams, two marker lanes
- MultiSUB Midi-96ST: STRETCH, UV tray, Comb block with 12 x 8 sample, 1 mm thick combs, casting dams
- MultiSUB Midi-96ST/2M: STRETCH, UV tray, Comb block with 12 x 8 sample, 1 mm thick combs, casting dams, two marker lanes
Benefits
- Enables high-throughput and efficient gel electrophoresis
- Reduces buffer usage and saves bench space
- Compatible with standard 96-well plates for easy sample transfer
- Provides reproducible and uniform well formation for DNA/RNA analysis
Why Choose Cleaver Scientific MultiSUB Midi-96 UV Tray, Comb Block with 12x8 Samples 1mm – Gel Electrophoresis Tank Accessory?
This gel electrophoresis accessory ensures precise and reliable results for high-throughput molecular biology applications. Its 96-well format, UV-permeable tray, and compact design make it ideal for routine or advanced lab workflows.
