Home / Capabilities

Capabilities

Robotics, conveyors, packing machines and parking systems, backed by in-house mechanical, electrical and controls engineering.

Robotic systems

Robot cells engineered end to end: the robot, the end-of-arm tooling, the guarding and the link to the rest of the line.

Integration of articulated and SCARA robots for pick-place, welding, and dispensing.
End-of-arm tooling designed for the specific part geometry and cycle requirement.
Robot cell safety per standard — light curtains, fencing, and interlocked doors.
Offline programming and simulation to validate reach, cycle time, and collisions.

Conveyors and transfer units that move parts, cartons and pallets between stations without manual handling or floor congestion.

Conveyor systems — belt, roller, chain, and slat — sized to part weight and pitch.
Indexing and accumulation conveyors synchronized with upstream/downstream stations.
Pick-and-place transfer units, lifters, and turntables for line-to-line movement.
Layout optimized to minimize part travel, buffer stock, and floor congestion.

Semi-automatic and automatic packing machines for the end of your line, built around your product, carton size and output rate.

Semi-automatic and fully automatic packing stations matched to product, carton size and output.
Counting and weighing with rejection of under- or over-weight packs.
Carton sealing and labeling integrated with the upstream conveyor line.
End-of-line palletizing by robot or conveyor to complete the packing line.

Stack, shuttle, tower and AI-managed robotic parking that fit more cars on the same plot.

Special Purpose Machines designed and built around one part or one process, with frames, fixtures and jigs fabricated in-house.

Design and build of Special Purpose Machines tailored to a specific part or process.
In-house fabrication of frames, fixtures, and jigs to design tolerance.
Precision machining and sourcing of standard components — drives, cylinders, sensors.
Built for repeatability, operator safety, and ease of changeover between variants.

Control and motor control centre panels designed, built and tested in-house, then shipped with labelled wiring and as-built drawings.

Design and fabrication of control panels housing PLC, relays, and I/O terminals.
MCC (Motor Control Centre) panels for motor starters, VFDs, and protection devices.
Panel wiring per IS/IEC standards with proper labeling, ferruling, and cable management.
Factory Acceptance Testing (FAT) — insulation, continuity, and functional checks.

Structured, commented control logic and operator screens that your maintenance team can read and change later.

Ladder logic and structured text development for Allen-Bradley, Siemens, and Mitsubishi PLCs.
CODESYS-based platform support including WAGO, Schneider, ABB, and Beckhoff controllers.
HMI screen design for operator interaction, alarms, recipe management, and diagnostics.
Structured, commented code with change management for long-term maintainability.

Supervisory systems that show what every machine is doing now and what it did last shift, so production decisions are based on data.

Centralized supervisory dashboards for real-time monitoring of machines and lines.
Historical trending, alarm management, and OEE (Overall Equipment Effectiveness) tracking.
Communication over Ethernet/IP, Modbus, Profinet, and OPC-UA to plant systems.
Remote access and reporting to support data-driven production decisions.

One engineering team owns the mechanical, electrical and controls design, so the machine works as a single system.

Mechanical, electrical, and controls design developed in parallel for a unified system.
Selection of actuation — pneumatic, servo, or hydraulic — matched to cycle and load.
Integration architecture linking PLC, HMI, drives, sensors, and third-party equipment.
Design validation through 3D simulation and interference checks before fabrication.

Every machine is proven at our facility before dispatch, then installed and proven again on your floor against the agreed protocol.

Factory Acceptance Testing (FAT) at our facility before dispatch, witnessed by your team.
Cycle-time, repeatability and load trials against the agreed specification.
Installation, Site Acceptance Testing (SAT) and production trials at your plant.
Operator and maintenance training with drawings, manuals and program backups at handover.

Support continues after commissioning, for machines we built and for existing equipment that needs upgrading.

Preventive maintenance visits with inspection, servicing and component health checks.
Breakdown support — remote or on-site — for mechanical, electrical, PLC, HMI and drive faults.
Annual Maintenance Contracts (AMC) structured around your uptime requirement.
Retrofits and upgrades: new controls, drives, safety systems and PLC/HMI modifications.

Tell us your plant standard and we will build to it.

Send us the product, the current process and your output target. An engineer will reply with a practical approach and the next steps.