Micro Diaphragm Pump for DTF/DTG Printers - White Ink Management System - 24v 3W 100-200 ml/min

Reliable and Efficient Diaphragm Pump for DTF/DTG Applications

• Stable Performance and Longevity: This product is designed for consistent, reliable performance with a durable lifespan. Utilize a capacitor to enhance power decoupling, so the motor's starting and stopping torque will not cause a power surge and thus trip the micro controller. This is critical for long time running motors, such as in white ink management system. See this video for details:
• Energy-Efficient Operation: Operating at 3W, this system ensures low power consumption.
• Compact and User-Friendly: Easy to install, this compact device is ideal for space-saving setups.
• Optimized Flow Rate: With a flow rate of 100 to 200 ml per minute, it's perfectly calibrated for DTF/DTG's white ink management. This precise circulation rate maintains the integrity of the white damper without damaging the film.
• Technical Specifications: The unit operates at a voltage of 24V and a power output of 3 watts.
• Versatile Use: Beyond ink management, this product is also suitable for water spraying, pesticide application, filling machines, humidifiers, and other equipment.

Comparison: Diaphragm Pump vs. Peristaltic Pump

• Diaphragm Pump Advantages:
  • Cost-Efficient & Energy-Saving: Lower operational costs in the long run with higher energy efficiency.
  • Ideal for Chemicals: Excellent for pumping chemicals or other delicate liquids, with reduced leak risks.
  • Pressure Management: Superior in managing standing pressure in flow lines.
  • Best for: Clean liquids and harsh chemicals in low-pressure environments.
• Peristaltic Pump Advantages:
  • Simplicity & Reliability: Easier to operate in challenging conditions, though hose maintenance is crucial. Peristaltic pumps come with certain limitations, primarily related to their hose. The continuous compression of the hose gradually leads to wear and tear, a process often referred to as fatigue. This deterioration not only reduces the feed rate and pumping efficiency over time but also places a persistent strain on the pump motor.
  • Best for: Thick or dirty fluids, especially those with particulates, in high-pressure applications.