0-250ml/min Mini Peristaltic Metering Pump with Stepper Motor for Ink Printing & Laboratory Use

Introducing the 0-250ml/min Mini Peristaltic Metering Pump, designed with a stepper motor to deliver precision and reliability for various applications. This innovative pump is perfect for ink printing, laboratory tasks, packaging, and water treatment. Its compact design not only saves space but also enhances performance, making it an essential tool for professionals.

One of the standout features of this pump is its quick mounting capability, allowing for easy installation and adjustment. The pump head comes equipped with an anti-reverse locking mechanism, which ensures long-term and stable operation. You can rely on this pump for consistent results, whether you’re working with detergents, analytical instruments, or printing equipment.

The pump’s performance is enhanced by its two rollers, which deliver a high flow rate while ensuring low pulse for smoother operation. If you require even greater flow control, the option for four rollers is available, but please note that this listing specifically offers the two-roller model.

Ideal for many applications, including:

• Detergent Delivery: Perfect for washing machines and dishwashers.
• Analytical Instruments: Excellent for sampling in analytical applications.
• Printing Equipment: Reliable ink transfer for high-quality printing.
• Food Machinery: Suitable for beverage machines and kitchen equipment.

This mini peristaltic pump boasts high accuracy, low noise, and outstanding reliability, ensuring a longer lifespan. It has undergone rigorous environmental testing and simulation verification to guarantee dependable operation in various settings.

In summary, the 0-250ml/min Mini Peristaltic Metering Pump is not only a practical solution but also a stylish addition to your workspace. Its fashionable pump cover is available in multiple colors and is designed for easy visual management. Invest in this essential tool for your laboratory or industrial needs and experience the difference in quality and performance.