| Specification | Details |
|---|---|
| Brand | GENAXY / TARSON |
| Product Name | Electrophoresis System |
| Model | Mini & Midi Submarine Models |
| Type | Horizontal Gel Electrophoresis Unit |
| Material | UV-Transparent Acrylic |
| Electrode Material | High-Purity Platinum |
| Gel Type | Agarose Gel |
| Applications | DNA, RNA & Protein Separation |
| Safety | Transparent Safety Lid with Electrical Protection |
| Suitable For | Molecular Biology, Biotechnology, Clinical & Research Laboratories |
All, Plasticware
Electrophoresis
The GENAXY/TARSON Electrophoresis System (Mini & Midi Submarine Models) is designed for efficient DNA, RNA, and protein separation using agarose gel electrophoresis. Its durable construction, leak-proof casting system, and user-friendly design make it ideal for molecular biology, biotechnology, and research laboratories.
- Available in Mini and Midi submarine models for various laboratory applications.
- Constructed from durable UV-transparent acrylic for excellent sample visibility.
- Leak-proof gel casting system ensures reliable and hassle-free gel preparation.
- High-quality platinum electrodes provide uniform electrical conductivity and consistent results.
- Transparent safety lid enhances user protection during electrophoresis.
- Compact and ergonomic design allows easy operation, cleaning, and maintenance.
- Ideal for DNA, RNA, and protein analysis in molecular biology, biotechnology, academic, and clinical research laboratories.
The GENAXY/TARSON Electrophoresis System is a high-performance submarine gel electrophoresis unit developed for reliable nucleic acid and protein analysis. Available in Mini and Midi models, it offers flexibility for routine laboratory applications, educational institutions, clinical diagnostics, and research laboratories.
Manufactured from high-quality UV-transparent acrylic, the system provides excellent visibility of gel samples while ensuring long-lasting durability. The leak-proof gel casting tray, platinum electrodes, and secure safety lid enable consistent electrophoresis performance with enhanced operator safety. Its compact design allows easy setup, efficient sample loading, and reproducible experimental results.
