1. Product Overview
DL-6CQM-40 single tea ball mill is professional industrial grinding equipment customized for mass matcha production. It adopts rotary cylinder ball milling principle to realize staged crushing & fine grinding. High rotation speed delivers strong impact force to break large tea fragments in the early stage; low speed strengthens friction grinding to refine powder in the later stage, greatly improving matcha fineness.
Two control versions are available: conventional mechanical knob version & intelligent PLC programmable control version, flexible for different factory operation demands. The machine is fully stainless steel structure, hygienic and durable, widely applied to all tea varieties grinding.
2. Working Principle
- Early stage: High speed → impact crushing to break tea blocks
- Late stage: Low speed → friction grinding to make ultra-fine matcha
Friction grinding plays a decisive role in improving powder fineness.
3. Application Scenarios
- Large, medium & small matcha processing factories
- Factories requiring independent adjustable matcha fineness
- Food processing plants for green tea, black tea, oolong tea, white tea fine powder making
Wide Compatibility: Works well with green tea, black tea, oolong tea, white tea and most tea varieties.
4. Core Advantages
- Two Control Versions Optional
Mechanical knob manual regulation & intelligent PLC programmable automatic control, meet manual workshop & automatic production line demands.
- Staged Variable Speed Grinding Technology
Separate coarse crushing & fine grinding, stable powder quality, high 800-mesh finished product ratio ≥70.16%.
- Universal Tea Adaptability
Not limited to raw tea types, supports green tea, black tea, oolong tea, white tea grinding.
- Commercial Batch Production Capacity
20~25kg per batch, stable continuous operation for factory mass production.
- Food-Grade Stainless Steel Body
Corrosion resistant, easy cleaning, compliant with food processing hygiene standards.
- Stable Structure & Long Service Life
Rational cylinder design, low failure rate, suitable for long-time non-stop industrial work.

