Add products by adding codes
M2.5 Dual-pole Electrode Splitter Dungeon Lab
Dungeon Lab M2.5 Dual-Pole Electrode Splitter – e-stim signal splitter for two electrodes
Dungeon Lab M2.5 Dual-Pole Electrode Splitter is a precision connector that allows you to connect two electrodes to a single e-stim device channel. It expands the range of stimulation and enables more complex configurations – both symmetrical and focused. With this splitter, you can increase the number of active electrodes without adding another powerbox, maintaining full control over intensity and signal distribution.
Main advantages
- Single-channel signal split – allows simultaneous connection of two electrodes to one M2.5 output.
- Stable conductivity – hybrid structure of multi-core fiber-copper wire ensures smooth, interference-free current flow.
- Bend-resistant design – flexible construction prevents cracking and tangling during use.
- Universal compatibility – fully compatible with DG-LAB Coyote 3.0 and other Dungeon Lab powerboxes featuring M2.5 jacks.
- Enhanced control and creativity – perfect for advanced multi-point stimulation setups covering multiple body zones.
- Durable construction – resistant to stretching, frequent plugging, and long-term use.
Application
The M2.5 Dual-Pole Splitter allows you to easily divide one e-stim channel into two stimulation points. It’s ideal for configurations requiring simultaneous activation of two electrodes – such as conductive rings, probes, pads, or anal plugs. Thanks to its multi-core hybrid cable, the signal remains stable and evenly distributed, regardless of intensity or session duration. An essential accessory for users who want to fully unlock the potential of their Dungeon Lab system.
Technical data
- Type: dual-pole splitter
- Connector: M2.5 → 2 × dual-pin 2 mm
- Material: hybrid cable (copper + fiber)
- Durability: high resistance to bending and stretching
- Flexibility: soft, resilient, and twist-resistant
- Color: black
- Compatibility: DG-LAB Coyote 3.0, Dungeon Lab Powerbox, and other e-stim systems with M2.5 connectors

