The future of sanitary, beyond drying
With the high-speed jet, it instantly blows away the moisture from your hands, and with its high deodorization effect*, it also cleans the air in the installation space.
Jet Towels, which are dedicated to hygiene and ease of use, are a technology developed by Mitsubishi Electric in 1993. By evolving the dual-sided jet nozzle design, they achieve rapid drying with the optimal balance of wind speed and volume. This uncompromising approach to hygiene and environmental responsibility ensures that the Jet Towel continues to evolve, delivering a clean and smart handwashing experience.
* Hygiene-enhanced model with Health Air only

4 reasons Jet Towel is chosen
Speed drying
Dries fast so users are not kept waiting
The side open design makes it easy to get to and touch the hand dryer. By using the dry mode, where you place your hand on the top and pull it up from the side, you can blow off the water droplets more accurately. Additionally, the “independent airflow system” separates the air intake and air outlet from the drain channel, allowing only fresh air to enter, ensuring that your hands are always dry with a clean breeze.
The powerful airflow model with a special speed for quick drying ensures thorough removal of even the smallest dust and mold spores with the HEPA filter*1. The cleaner air allows you to dry your hands.
The “Hygiene Enhanced Model” is designed to reduce water droplets by generating recirculation flow by incorporating a double nozzle structure with a droplet dispersion suppression nozzle*2.
Both models have a unique open-sided design, making them very easy to use and clean, and are also hygienic.
- *1: Function of the quick-dry model only.
- *2: Function of the hygiene-enhanced model only.
Cut costs with electricity-only running costs
Economical at about 0.05 yen per session*
The adoption of a DC brushless motor that prevents friction between the brush and rotor enables efficient power delivery, and the monthly maintenance cost is as low as the cost of electricity alone! With 600 uses per day, it maintains durability and stable operation for up to 7 years (approximate lifespan), helping to significantly reduce costs.
- *For 50Hz models with a built-in simple heater, the drying time is 5 seconds per use when the heater is ON and continuously running (1 day → 24 hours [including standby power], calculated as 1 month → 30 days); the estimated electricity cost is 31 yen/kWh (including tax) (based on the JAECC agreement); in models equipped with the "Health Air®" function, the circulation fan is used in high-speed operation (calculated as 1 month → 30 days).
Paperless and ecological
Paperless, so it helps the environment*
Jet towel that dries your hands with jet air does not produce any paper waste like paper towels, eliminating the hassle of waste disposal. By cherishing forest resources, it also contributes to improving corporate image. For example, if one uses 2 sheets of paper towel at a time, with a mass of about 2.1g each, using 200 people for a day would result in 400 sheets/day. Calculating 25 days of operation per month, this would reduce the consumption of paper towels by 10,000 sheets.
- *Since paper towels are often made from recycled paper, it does not necessarily lead to environmental destruction.
Highly rated hygiene
More hygienic with "anti-microbial resin*1" and "anti-viral resin*2"
In addition to the traditional antibacterial-treated resin*, the “Hygiene Enhanced Model” features an anti-viral-treated resin*. The cationic polymer contained in the resin alters the proteins in the capsid and envelope of viruses attached to the product’s body, reducing the number of viruses. Additionally, it can be wiped clean with alcohol.
The "quick-drying model" also meets the need for strict hygiene management, allowing wiping cleaning with not only alcohol*3 but also sodium hypochlorite aqueous solution*4.
- *1: Obtained the SIA A antimicrobial treatment mark (ISO22196).
- *2: Obtained the SIA A anti-viral processing mark (ISO21702).
- *3: Alcohol refers to ethanol for disinfectant use in the Japanese Pharmacopoeia (concentration 76.9–81.4%).
- *4: Hypochlorous acid sodium aqueous solution refers to a concentration of 0.02% (200 ppm) or less. Hypochlorous acid sodium aqueous solution can corrode metals, which may lead to failure. Please ensure that you have thoroughly reviewed the correct cleaning method beforehand.
3 types to match your goals
Hygiene-enhanced model (with simple heater)
| Name of the form | JT-SB116LH-W | JT-SB216LSH-W | ||
|---|---|---|---|---|
| Power | 100V 50Hz-60Hz | Single-phase 200 V 50 Hz-60 Hz | ||
| Simple heater | ON | OFF | ON | OFF |
| Drying method | Dual-side jet drying | |||
| Drying time *1 (high) | 3-5 sec. | 4-6 sec. | 3-5 sec. | 4-6 sec. |
| Air speed *2 (high) | 98 m/s | |||
| Airflow *3 | 2.8 m3/min | |||
| Operating noise *4, *5 (high) | 57 dB *6 | |||
| Airflow switching | 5 points | |||
| External dimensions (mm) | W 300 x D 219 x H 755 | |||
| Rated current (high) *5 | 12.3 A | 8.1 A | 6.1 A | 4.0 A |
| Power consumption *5 (high) | 1140 W | 640 W | 1110 W | 610 W |
| Power consumption *5 (low) | 670 W | 170 W | 660 W | 170 W |
| Motor type | DC brushless motor | |||
| Safety device | Thermal fuse, overcurrent cutoff | |||
| Power cord | 1.4 m (quick-connect terminals also OK) | None (quick-connect terminals) | ||
| Drain tank capacity | 0.6 L | |||
| Weight | 12 kg | |||
Hygiene-enhanced model (no heater)
| Name of the form | JT-SB116MN-W | JT-SB216MSN-W |
|---|---|---|
| Power | 100V 50Hz-60Hz | Single-phase 200 V 50 Hz-60 Hz |
| Drying method | Dual-side jet drying | |
| Drying time *1 (high) | 4-6 sec. | |
| Air speed *2 (high) | 98 m/s | |
| Airflow *3 | 2.8 m3/min | |
| Operating noise *4, *5 (high) | 57 dB *6 | |
| Airflow switching | 5 points | |
| External dimensions (mm) | W 300 x D 219 x H 755 | |
| Rated current (high) *5 | 8.1 A | 4.0 A |
| Power consumption *5 (high) | 640 W | 610 W |
| Power consumption *5 (low) | 170 W | |
| Motor type | DC brushless motor | |
| Safety device | Thermal fuse, overcurrent cutoff | |
| Power cord | 1.4 m (quick-connect terminals also OK) | None (quick-connect terminals) |
| Drain tank capacity | 0.6 L | |
| Weight | 12 kg | |
Quick-dry model
| Name of the form | JT-FB116JH2-W | JT-FB216JSH2-W |
|---|---|---|
| Power | 100V 50Hz-60Hz | Single-phase 200 V 50 Hz-60 Hz |
| Heater | Simple heater *3 | |
| Drying method | Dual-side jet drying | |
| Drying time *1 (high) | 2.5-4.5 sec | |
| Air speed *2 (high) | 103m/s | 106m/s |
| Airflow (high) | 3.0 m3/min | 3.1 m3/min |
| Operating noise *4 | 57dB | |
| Airflow switching | Only strength | |
| Unit dimensions (mm) | Year 300 x day 219 x remaining 758 | |
| Rated current | 12.2 A | 6.7 A |
| Power consumption (high) | 1150 W | 1200 W |
| Motor type | DC brushless motor | |
| Safety device | Thermal fuse, overcurrent cutoff | |
| Power cord | 1.5 m (quick-connect terminals also OK) | None (quick-connect terminals) |
| Drain tank capacity | 0.8 L | |
| Weight | 11 kg | |
- *1: The drying time (150 mg of product remaining in one hand) is based on our measurement.
- *2: Value measured at the nozzle
- *3: No heater OFF function
- *4: Measured 2 m away in an anechoic room
About the replacement HEPA filter (JP-HF01)
We recommend a replacement every four years. However, if you use the product frequently, please refer to the replacement guidelines below.
| Daily usage frequency | 400 times | 500 times | 600 times |
|---|---|---|---|
| Replacement guideline | Every 4 years | Every three years | Every two years |
- *If the HEPA filter is not replaced, it may become clogged with dust or other debris, causing the airflow to decrease.
- *The recommended replacement period varies depending on the usage conditions (number of times used, time of use), as well as the usage environment (such as places with a high concentration of dust).
Consultation on installing Jet Towel
Are you bothered by the hassle and cost of replenishing paper towels every day?
The introduction of jet towels is expected to create a hygienic environment and reduce running costs.
Why not start with a cost estimate of current conditions and choosing the optimal model?
We offer free consultations on all matters related to deployment, including choosing the right model, requesting a quote, and more. Please feel free to contact us for an initial discussion.