KL Neon Wand - Red Handle/Electrode (US)
Reference: 76362
$159.00
100% Original product, Secure & discreet billing
Discreet packaging, Fast Delivery
Please refer to our Return, Refund & Replacements Policy
The Red Handle Neon Wand® is a popular device from Kinklab’s ElectroErotic® line that creates an electrical discharge across the surface of the skin. The electricity produces sensations over a broad range from a pleasurably warm tingling to a more intense focused sensation that some find painful.
The level of sensation created by the wand can be controlled both by a multi-level intensity dial on the wand itself and also by which electrode you choose to use.
The Neon Wand kit comes with 4 different glass attachments (Electrode Comb Mushroom Tube 90° Probe Tongue Tube) that will be a thrill to experiment with. The kit color refers to the color of the light glowing in the glass electrodes.
Technical Specs:
Due to the sensitive nature of the gas and the electrodes the color may vary between batches and individual electrodes. Every measure is taken to make them as uniform as possible but slight differences do occur. This does not in any way affect the quality or performance of any part of this device.
The level of sensation created by the wand can be controlled both by a multi-level intensity dial on the wand itself and also by which electrode you choose to use.
The Neon Wand kit comes with 4 different glass attachments (Electrode Comb Mushroom Tube 90° Probe Tongue Tube) that will be a thrill to experiment with. The kit color refers to the color of the light glowing in the glass electrodes.
Technical Specs:
- Working Frequency: 50-60HZ
- Power: 10W • Amperage: Low-end output (0.4A and 2.5W) and High-end output (0.5A and 5W)
- Dimensions: 13” X 8” X 2 1/3” / 33 X 21 X 6 cm
- Materials: PPV Plastic Hardware + Copper Tube + Glass Rods
- Available in both USA 110 and European 220 voltage.
- Can be used up to 25 - 30 min at a time
Due to the sensitive nature of the gas and the electrodes the color may vary between batches and individual electrodes. Every measure is taken to make them as uniform as possible but slight differences do occur. This does not in any way affect the quality or performance of any part of this device.
