The RWD-GTD-8 Single Cell Suspension Dissociator enables fast, gentle dissociation of fresh tissue into highly viable single-cell suspensions or tissue homogenates. Eight fully independent channels, each equipped with dedicated heating jackets, allow simultaneous sample processing, maximizing throughput and efficiency for laboratories. Compatible with RWD tissue processing tubes and tissue dissociation kits, the instrument supports standardized and customizable protocols optimized for different tissue types. Standard dissociation or homogenization runs are completed within 15–30 minutes, delivering reliable and reproducible results for a wide range of downstream applications.
Specifications
Eight Independent Channels:
Each channel operates autonomously, supporting different protocols and tissue types in parallel. This multi-sample capability maximizes throughput and experimental flexibility.
Automated Heating Jackets:
Integrated heating jackets maintain a stable 37°C environment for optimal enzymatic digestion, eliminating the need for manual water baths and ensuring consistent cell viability and yield.
Rapid, Standardized Dissociation:
Predefined and customizable programs enable gentle, reproducible dissociation of fresh or frozen tissue into high-viability single-cell suspensions within 15–30 minutes.
Wide Tissue Compatibility:
Efficiently processes a broad range of tissues, including human and animal tumors, brain, neural tissue, spleen, lung, lamina propria, lymph gland, testicles, liver, adipose tissue, and epidermis.
User-Friendly Touchscreen Interface:
Large color touchscreen (7 inches) with intuitive software for one-touch operation, preset protocols, and easy customization of speed (0–4000 rpm), time, and temperature.
Technical Specifications:
Sample volume: 20–4000 mg
Buffer volume: 0.3–10 mL
Speed: 0–4000 rpm
Temperature: 37°C
Channels: 8 (independent)
Operation: Touch screen interface
Dimensions: 415 × 381 × 256 mm (16.34 x 15.0 x 10.08 in)
Weight: 18 kg (39.7 lbs)
Warranty Period: 12 months
Applications
Single-cell sequencing and omics sample preparation
Flow cytometry and fluorescence-activated cell sorting (FACS)