Laboratory setups that arrive working.
Motor benches, drives, inverter kits and EV platforms for engineering departments — supplied, installed, wired, commissioned and demonstrated to your faculty. Not a crate left in a corridor.
Motor benches across the whole syllabus
From the DC machines in second year to six-phase and linear motors for final-year and research work.
SRM Motor Setup
Switched reluctance machine bench with controller and instrumentation for characteristic studies.
PMSM Motor Setup
Permanent magnet synchronous motor rig with drive, encoder feedback and speed-torque measurement.
AC Induction Motor
Classic squirrel-cage bench for load tests, no-load tests and equivalent circuit derivation.
DC Motor Setup
Shunt, series and compound configurations with field and armature control demonstration.
Coupled Motor Setup
Two machines shaft-coupled for back-to-back loading and efficiency measurement without wasting energy.
DC Generator
Separately excited and self-excited generator bench with full characteristic plotting.
Torque Bench Setup
Loading arrangement with torque transducer and readout for real mechanical output measurement.
6-Phase Motor
Multi-phase machine rig for advanced drive research and fault-tolerant operation studies.
Linear Motor
Linear actuation demonstration rig showing thrust generation and position control.
Converter kits built for teaching
Gate drivers, protection and test points brought out properly, so students can put a scope probe where the theory says they should.
3-Leg Inverter Kit
Standard three-phase bridge with gate drivers, protection and test points brought out for scope work.
5-Leg Inverter Kit
Dual-motor drive topology from a shared DC link — for advanced converter and control experiments.
6-Leg Inverter Kit
Dual three-phase bridge for six-phase machines, open-end winding drives and redundancy studies.
EV Lab Kit
Traction drive, battery emulation and charging block for electric vehicle powertrain coursework.
Robotics Platform
Motion control and sensing platform for mechatronics and automation laboratory work.
Motor + Driver Bundle
Machine and matched driver supplied and commissioned together, so nothing has to be integrated on site.
Delivered is not the same as working
Plenty of lab equipment gets bought, delivered and never fully commissioned. Our scope ends when your faculty can run the experiment, not when the truck leaves.
Supply
Machines, drives, instrumentation, panels and cabling procured as one package against a single purchase order.
Installation
Delivered to the lab, positioned, mounted, wired and earthed by our team — not left for the lab technician to figure out.
Commissioning
Every bench powered up, tested through its experiment list, and signed off working before we leave the campus.
Faculty demonstration
A walkthrough of each experiment with the staff who will actually run the lab, plus documentation for the department.
Experiment support
Wiring diagrams and procedure sheets matched to your syllabus, so the setup maps to the practicals you have to conduct.
Ongoing service
Spares, recalibration and support after handover — including when a new batch inevitably connects something backwards.
Student projects, too
Beyond department-level lab setups, we help final-year students put together working automation, motor drive and IoT projects — practical builds that actually run at the review, not just a block diagram in a report.
Send us your lab manual or syllabus.
Tell us which experiments the setup has to support and how many student batches run in parallel. We'll propose a configuration that covers the syllabus without over-buying.