GenX vacuum flush toilets use just 0.5–1.2 litres per flush — 85% less than a conventional toilet. The most water-efficient toilet technology available for buses, trains, public restrooms and green buildings.
Every GenX machine is designed in-house, fabricated at our Modinagar facility, and tested before delivery.
0.5–1.2L per flush — 85% less water than conventional toilets. Ideal for buses, trains and water-scarce sites.
Airtight SS304 tank with activated carbon vent — zero odour inside vehicles or buildings even in Indian summer.
Runs on standard 24V vehicle electrical — no external power needed. Plug-and-play for buses and coaches.
100% designed and built at our Modinagar factory — full quality control from raw material to delivery.
Documentation for GeM portal, RDSO compliance and government tenders provided on request.
Modular design with accessible service points — minimal downtime, locally available spares.
GenX vacuum toilet systems are engineered specifically for Indian road, climate and voltage conditions — unlike imported alternatives that fail in Indian summer heat or on rough roads.
A GenX vacuum toilet uses 0.5–1.2L per flush versus 6–10L for a conventional cistern toilet — saving 80–92% per flush. For a public toilet serving 200 users per day, this saves 1,000–1,800 litres of water daily.
Yes. Vacuum flush technology uses the power of vacuum pressure — not water volume — to remove waste. The 0.5L of water cleans the bowl while the vacuum draws waste into the holding tank. Bowl cleanliness is equal to or better than conventional toilets.
Yes. Ultra-low flush toilets contribute to water efficiency credits in LEED, IGBC and other green building rating systems. We provide product data sheets with flush volume certification for rating submissions.
Yes. Because each flush uses 85% less water, the holding tank fills much more slowly. This means less frequent pump-outs, lower servicing cost and longer operational cycles between maintenance visits.
Specify your application and daily user count — we'll calculate water savings and recommend the right system within 24 hours.