MN1A Peristaltic Pump-Data Sheet
The MN1A peristaltic pump is a compact solution designed for applications that require precise liquid transfer in limited installation space. With a width of only 40mm, it is ideal for OEM equipment and compact system integration. Its 3-roller structure ensures smoother operation and lower pulsation, helping deliver more stable and accurate liquid flow.
Key Features
1. Compact and Space-Saving Design
The MN1A features a compact structure with a width of only 40mm, making it ideal for space-limited equipment and precision devices.
2. 3-Roller Low-Pulse Structure
The 3-roller design provides smoother liquid transfer and lower pulsation, improving flow stability and transfer consistency.
3. High-Precision Transfer
Precision machining and wear-resistant rollers help achieve more accurate liquid delivery, suitable for long-term and stable operation.
4. Multiple Configuration Options
Available with 3 motor options, 3 tube size options, and multiple pump cover colors to meet different project requirements.
5. Reliable Structure, Easy Installation
The high-strength base and fully enclosed self-locking pump cover improve stability and make installation easier for OEM integration.
6. Wide Application Range
Suitable for medical diagnostics, food and beverage, environmental testing, analytical equipment, laboratory research, pharmaceutical machinery, printing ink, smart appliances, cleaning systems, and industrial machinery.
Applications
- Medical diagnostic equipment
- Food and beverage transfer
- Environmental testing instruments
- Analytical instruments
- Laboratory and research devices
- Pharmaceutical machinery
- Printing ink systems
- Smart home appliances
- Cleaning and washing equipment
- Industrial automation machinery
Product Summary
The MN1A peristaltic pump combines compact size, low pulsation, high precision, and easy installation in one design. It is an excellent choice for OEM manufacturers and equipment integrators who need a reliable pump with flexible configuration options and stable performance.
