— IIT DELHI — INCUBATED STARTUP
Engineering lab
equipment, built
by
engineers who do
the research.
AVATT Technologies designs and manufactures
undergraduate and research laboratory equipment —
from green hydrogen generators to fully customized
electrochemical R&D setups — for engineering colleges
and research institutions across India.
TRUSTED BY INDIA’S LEADING INSTITUTIONS
IIT DELHI IISC BANGALORE NIT SILCHAR RGIPT AMETHI CSIR–IMMT BITS PILANI MANIT BHOPAL ADJ ENGINEERING
01 — WHAT WE BUILD
CATEGORY A
UG & PG Laboratory Setups
Modernizing your experiments —
configurable heat transfer, fluid mechanics,
and chemical engineering apparatus designed for genuine hands-on investigation, not fixed demonstrations.
CATEGORY B
Electrochemical Setups
Fuel cells, electrolyzers, and flow batteries —
high-performance, high-quality cell hardware
built on a decade of hands on
electrochemical systems research.
CATEGORY C
Customized R&D Setups
Transforming your ideas into products —
bespoke experimental rigs and theory-to
experiment systems, fabricated in-house and
validated before delivery.
02 — FEATURED EQUIPMENT
— WHY AVATT
Precision built on a research
background, not a resale catalogue.
01
IIT Delhi Pedigree
Incubated at IIT Delhi with direct access
to research-grade fabrication standards.
02
Decade of Electrochemistry
Ten-plus years of hands-on flow battery,
fuel cell, and electrolyzer R&D
experience.
03
Configurable by Design
Build-It-Yourself setups that turn fixed
demonstrations into genuine
investigations
04
In-House Validation
Every unit designed, fabricated, and
tested in-house before it reaches your
lab
— CUSTOM R&D
Looking for customized experimental
setups for your R&D needs?
Tell us about your protocol and we’ll help you scope a fully fabricated,
validated experimental setup — from single components to complete
test benches
AVATT TECHNOLOGIES
PRIVATE LIMITED
An IIT Delhi–incubated startup designing and manufacturing undergraduate and research laboratory equipment — from core UG teaching apparatus to fully customized electrochemical R&D setups.