JUNHE®QUDR0180 Multi-Tank Fully Automatic Cleaning Machine features high
production capacity, low energy consumption, supports multi-tank
switching, and achieves full-process automation, enabling efficient
and flexible cleaning.
| Total Equipment Power | 260kw | maximum payload | 180kg |
| Cleaning Rotation Speed | 0.5r/s | Cleaning Temperature | 50±10℃ |
| Drying Rotation Speed(max) | 280r/min | Floor Space Requirement | 9.5m*9.5m |
| Equipment Capacity(max) | 20JPH(workpiece basket) | Feeding Method | Manual or AGV |
1. High Production Capacity and Strongly Adaptive Loading Capacity
The production line capacity reaches 20 JPH (frames), with a
maximum loading capacity of 180 kg per frame. It balances efficient
processing and single large-volume transportation needs, meeting
the requirements of large-scale production.
2. Low-Energy Consumption Operation
With a maximum power of 260 kW, it reduces energy costs while
ensuring cleaning performance, conforming to the concept of green
production.
3. Flexible and Versatile Operation Modes
It supports free switching between two modes: manual
loading/unloading and AGV intelligent loading/unloading. This
adapts to different production scenarios (such as small-batch
multi-variety production or large-scale continuous production) and
improves production flexibility.
4. Strong Adaptability to Flexible Production
The production line adopts a modular design, allowing quick
configuration adjustment through flexible combination. It supports
switching among 8-tank, 10-tank, and 12-tank multi-process modes.
There is no need for frequent equipment replacement to meet the
cleaning needs of complex components and different types of
workpieces. It perfectly matches small-batch multi-variety and
rapid iteration production scenarios, significantly enhancing the
response capability to changes in market demand.
5. Full-Process Automation and Precise Control
The entire process is automatically executed, from AGV feeding →
flipping feeding → robot grabbing to each cleaning tank (for fine
operations such as degreasing, water washing, passivation, etc.) →
drying/cooling (efficient processing by spin-drying motor + heating
component + fan) → robot unloading. Each step's parameters are
precisely optimized to ensure stable and reliable cleaning results.
6. Data-Driven Production Support
Data from all production links is traceable. Through real-time data
monitoring and analysis, the efficiency is continuously optimized,
providing a scientific basis for production management and quality
improvement.
