The Gilson R2HF Two-Channel High Flow Pump Head is designed for high-volume fluid transfer in demanding lab environments. Specifically engineered for the Gilson MINIPULS 3 peristaltic pump, this high-flow head supports two-channel operation and delivers precise, smooth flow with minimal pulsation, even at higher pressures. Ideal for applications requiring increased throughput without compromising accuracy or sample integrity.
Product Features
- Compatible with Gilson MINIPULS 3 peristaltic pump
- Two-channel high flow configuration for efficient liquid handling
- Delivers smooth, low-pulse flow without sample shearing or degradation
- Equipped with 10 stainless steel rollers for precision and consistency
- Supports high flow rates: 1 mL/min to 220 mL/min at a maximum pressure of 0.3 MPa
- Interchangeable with other pump heads for flexible use (1, 2, 4, or 8 standard; 2 or 4 high flow)
- High resolution speed control from 0–48 rpm (in 0.01 rpm increments below 10 rpm, 0.1 rpm above)
- Motor speed stability of ±0.5% regardless of voltage, torque, or temperature fluctuations (0–40°C)
- Keypad controls include Start/Stop, Flow Direction, Speed Adjustment, and Prime
- Can be controlled remotely via electrical contact or computer interface
- Compact and ergonomic: 15 × 17.5 × 18 cm (W × D × H); weight: 4 kg
Benefits
- High flow rates for fast sample processing and media transfer
- Consistent, pulse-free flow for reliable and accurate results
- Flexible tubing compatibility allows for customized setups
- Quick and easy head changes streamline lab workflow
- Built from chemically resistant, durable materials for long-term use
Why Choose Gilson?
The Gilson R2HF Pump Head is engineered for laboratories that require high-flow throughput without compromising on control or sample quality. Backed by Gilson’s long-standing reputation for performance and reliability, this two-channel high flow pump head ensures stable operation, minimal maintenance, and seamless integration into any liquid handling system using the MINIPULS 3 platform.
