ForeShine -Fluidic Solution
DT Multi-Channel Peristaltic Pump Head | Low-Pulse Precision Dosing Pump Head
DT Multi-Channel Peristaltic Pump Head | Low-Pulse Precision Dosing Pump Head
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The DT multi-channel peristaltic pump head is designed for micro-flow, low-pulse, and high-precision fluid transfer applications. It delivers stable and accurate dosing performance with a single-channel flow rate of up to ≤55 ml/min.
It supports multi-channel configurations (2/3/4/6 channels) and dual pump head series connection, allowing flexible flow expansion for laboratory and industrial systems. Built with stainless steel rollers, it ensures long service life, corrosion resistance, and reliable continuous operation.
Key Features
- Micro-flow precision dosing, single channel ≤55 ml/min
- Multi-channel options: 2 / 3 / 4 / 6 channels
- Dual pump head series connection for higher flow output
- Stainless steel rollers for durability and corrosion resistance
- Low-pulse fluid transfer for stable performance
- Quick tube replacement (fast-loading clamp design)
- Adjustable compression gap to compensate tube wear and thickness variation
- Optional guide clamp to prevent tubing deformation and wear
- OEM-compatible structure for system integration
Structure & Material
- Roller Material: Stainless steel
- Pump Head Type: Easy-loading peristaltic pump head
- Tube Clamping: Adaptive clamp system (optional guide clamp)
- Design: Modular multi-channel expandable structure
Applications
- Medical diagnostic equipment
- Food and beverage systems
- Environmental monitoring instruments
- Laboratory and research equipment
- Analytical instruments
- Pharmaceutical machinery
- Printing and ink systems
- Smart appliances
- Washing and cleaning systems
- Industrial automation systems
Advantages
The DT pump head offers a combination of precision dosing and industrial durability. Its modular structure enables easy scaling of flow capacity, while stainless steel rollers ensure stable long-term operation. The quick tube change design significantly reduces maintenance time and improves efficiency.
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