World-Class Clean Energy Lab
Equipment — Per Session

Access precision research instruments on-demand without owning them. Perfect for PhD researchers, startups, and small-batch MEA manufacturers.

No CAPEX. Pay per session
Expert guidance included
24/7 support team
IIT Madras Research Park — Chennai

How It Works

Getting access to our equipment is designed to be as friction-free as possible.

1
Contact Us

WhatsApp or email us with your requirements, material, and desired output

2
Confirm Requirements

Our team reviews your specs and confirms equipment availability and feasibility

3
Schedule Session

Book a time slot at our Chennai lab or coordinate a remote sample submission

4
Receive Results

Collect coated electrodes, MEAs, prototypes, or shipping of processed samples

Who Uses This Service?

🎓
PhD Researchers

Access equipment not available at your institution — fabricate MEAs and GDEs for your thesis

🚀
Deep Tech Startups

Validate your catalyst or electrode concept without large capital investments in equipment

🏭
Small Manufacturers

Prototype and small-batch production of electrodes and MEAs for your products

🔬
Industry R&D Labs

Supplement your internal R&D capacity with specialized hydrogen fabrication tools

01 / 03 — Equipment

Ultrasonic Spray Nozzle

Achieve ultrafine, uniform catalyst ink deposition on Nafion membranes, carbon substrates, and GDEs. Our ultrasonic spray system is the industry standard for reproducible MEA fabrication — eliminating the non-uniformity problems of traditional doctor-blade or brush coating methods.

Equipment Specifications
Atomisation Ultrasonic (25–120 kHz)
Droplet Size 10–80 μm
Compatible Inks Nafion, Pt/C, IrO₂, catalyst inks
Substrate Heating Up to 120 °C
Use Cases
MEA catalyst layer coating Nafion membrane coating GDE carbon cloth deposition Ionomer spraying AEM electrode fabrication
Book Spray Session
02 / 03 — Equipment

Hot Press — MEA Fabrication

Bond membrane electrode assemblies (MEAs) under precise temperature and pressure conditions. Our hot press is the critical final step in MEA fabrication — ensuring proper catalyst-membrane interface, which directly determines your electrolyzer or fuel cell performance.

Equipment Specifications
Max Temperature 200 °C
Max Pressure 50 kg/cm²
Platen Size 20 cm × 20 cm
Uniformity ±2 °C, ±2% pressure
Use Cases
MEA hot pressing GDL-membrane lamination Catalyst-coated membrane (CCM) AEM / PEM MEA Ionomer bonding
Book Hot Press Session
03 / 03 — Equipment

3D Printing & Rapid Prototyping

Iterate your electrolyzer frame, flow field channel, or test fixture design quickly with our 3D printing service. Eliminate the weeks-long wait and high cost of CNC machining for early prototypes. Get physical parts to test in days, not weeks.

Equipment Specifications
Print Technology FDM + Resin (SLA)
Materials PLA, PETG, ABS, Nylon, Resin
Max Print Volume 250 × 250 × 300 mm
Layer Resolution 0.05 – 0.3 mm
Use Cases
Electrolyzer frames Fuel cell end-plates Flow field channel prototypes Test jigs and fixtures Lab connectors and fittings
Request 3D Print

Ready to Book Your First Session?

WhatsApp us with your material details and requirements — we'll respond within a few hours and get you booked in.