AUTOMATE
THE WORK THAT
BUILT INDIA
India has 4 robots per 10,000 workers. The global average is 162. That gap is not a statistic — it's an open field. Fulcrum Engineering was built to close it, one gripper at a time.
INDIA'S
NEW-AGE
EOAT BRAND
We are not a distributor. We are not a catalogue. We are a precision hardware company being built from the ground up inside Gujarat's most important industrial corridor — Sanand GIDC, home to Tata Motors, Bosch, and 500+ manufacturers.
Fulcrum Engineering supplies robotic grippers, end-of-arm tooling, and automation peripherals that are purpose-sourced for the Indian ecosystem — priced to compete with European brands, quality-tested to outperform unverified alternatives.
Founded by an engineer who built quality systems at Caterpillar and studied at UMass Amherst, Fulcrum is built on one principle: India's factories deserve world-class automation hardware without the world-class import markup.
MOST DEMANDED
THIS QUARTER
PRECISION
EOAT HARDWARE
45 SKUs across grippers, vacuum, sensors, and peripherals. All imported to India, quality-verified, and priced for integrators. No pricing shown — request a quotation for bulk rates and technical support.
BUILDING
FOR INDIA.
FROM INDIA.
India has just 4–7 industrial robots per 10,000 manufacturing workers. South Korea has 1,012. Germany has 415. Even the global average of 162 dwarfs India's installed base.
When an integrator in Ahmedabad needs a robotic gripper, they wait 8–16 weeks for a European import, pay ₹1,20,000 for a component that costs ₹40,000 landed from China, and get zero local application support. That is the problem Fulcrum was built to solve.
India installed 9,100 robots in 2024 — 6th globally. But our density is 30th. The direction of travel is clear. The hardware to support that growth needs to be available locally, immediately, and at the right price.
Nilansh Shah studied Mechanical Engineering at the University of Massachusetts Amherst before joining Caterpillar Inc. as their youngest quality engineer hire — overseeing quality across 17 of 26 manufacturing departments, reducing defects by ~30%, and introducing 12+ KPIs.
He returned to India with one conviction: the factories of Gujarat deserve the same automation tools as the factories of Stuttgart and Osaka, without the Stuttgart and Osaka price tags.
Fulcrum Engineering was founded in Sanand GIDC — not in a co-working space, not remotely — inside Gujarat's most active industrial belt, with a 2,000 sqm factory being built in parallel.
SCHUNK built a global gripper brand from a machine shop in Lauffen am Neckar. Zimmer Group built theirs from a garage in Rheinau. Both are now indispensable to the global automation supply chain.
Fulcrum's roadmap follows the same arc: start with distribution of the best-value imported components, build integrator relationships across Gujarat's GIDC clusters, then develop own-brand products — starting with modular gripper systems designed specifically for Indian manufacturing conditions.
Phase 3 targets smart grippers with embedded sensors and IO-Link connectivity. Phase 4 is aviation ground support equipment — a parallel track building on the same precision manufacturing DNA.
Our 2,000 sqm PEB facility at E/545, Sanand GIDC is being built with deliberate infrastructure: Tremix VDF flooring, M35 concrete vibration-isolated CMM zone, 3-phase 400V power, screw compressor air supply.
Sanand is not chosen arbitrarily. It sits at the intersection of Gujarat's automotive, FMCG, and pharma manufacturing corridors. Tata Motors, Bosch, Nestlé, Colgate, and 500+ SME manufacturers operate within a 20km radius. We are not shipping product to India — we are making it available here, before you need it.
Phase 1 (2026): Trading & distribution. Phase 2 (2027): EOAT assembly. Phase 3 (2028+): Full M-Series gripper manufacturing.
Concept & Research
Market research across Vatva, Odhav, and Changodar GIDC clusters. Identification of the India automation hardware gap. Business plan developed around the SCHUNK/Zimmer model.
Factory & Foundation
2,000 sqm PEB shed at E/545, Sanand GIDC — civil walls, roofing, power, compressed air complete. Geotechnical investigation and under-reamed pile foundation engineering initiated. ₹4 Crore committed.
Phase 1: Trading & Distribution
45-SKU catalog live. First import cycle complete. Active field sales across Gujarat GIDC clusters. First 10 integrator partnerships signed. Robotics training programs initiated.
Phase 2: EOAT Assembly
In-house assembly of custom EOAT systems — finger sets, quick-change plates, vacuum arrays. First Fulcrum-branded gripper assembly. CMM and precision testing zone operational.
Phase 3: GJ-R1 Series Manufacturing
Full in-house manufacturing of GJ-R1 Series parallel and centric grippers. Smart gripper line with embedded sensors and IO-Link. Own-brand export program.
ROBOTICS
INTEL & TUTORIALS
Weekly robotics news in under 5 minutes. Monthly deep-dive tutorials on components, use cases, and automation engineering. Built for integrators and India's automation community.
OPEN THE CHANNEL
E/545, SANAND GIDC
AHMEDABAD, GUJARAT 382110 🇮🇳
nilansh@fulcrumengineering.in
+91 87992 87882
GJ-R1 SERIES · GUJARAT ROBOTICS UNIT 1
SERIAL NO. FE-2026-GJ