2-tool JBC-DMSE-2QD Desoldering Station - integrated soldering and rework center
The 2-tool JBC-DMSE-2QD Desoldering Station has been designed as a comprehensive solution for advanced service and production applications. The DMU control unit allows simultaneous management of up to four tools, providing high workstation configuration flexibility. The system is fully compatible with ten different JBC devices, enabling precise adaptation to specific technological processes.
The integrated MSE electric desoldering module generates stable vacuum required for rework operations. The station can operate simultaneously with the DR560 desoldering iron and the T245 general-purpose handle, allowing smooth transition between soldering and desoldering tasks.
Process control and tool durability
The unit incorporates JBC’s Most Efficient Soldering System, ensuring precise temperature management and rapid heat delivery to the tip. Sleep and Hibernation modes reduce tip wear, extending cartridge lifespan and stabilizing operating parameters. The system enables individual configuration and full process control, including remote station management.
A power output of 160 W per tool guarantees thermal stability even in demanding applications. The temperature range is adjustable from 90 to 450 °C with digital control.
Technical specifications
| type | rework station |
| number of tools | 4 |
| power | 160 W per tool |
| temperature range | 90 - 450 °C |
| temperature control | digital |
| vacuum | 75% / 570 mmHg / 22.4 inHg |
| flow rate | 9 SLPM |
| compatibility | T245, DR560, MSE, ADS, DRS |
| height | 120 mm |
| width | 148 mm |
| depth | 232 mm |
| weight | 10.39 kg |
| ambient operating temperature | 10 - 50 °C |
Solution for intensive rework processes
The 2-tool JBC-DMSE-2QD Desoldering Station is an advanced tool intended for production and service environments where simultaneous multi-tool operation, precise temperature control and stable suction parameters are essential. Its design allows integration into complex rework stations, ensuring repeatability, safety and high technological process quality.