

From automotive and industrial manufacturing to defence, railways, Industrial Textiles, and emerging technologies, JK Fenner supports industries with engineering solutions designed to meet diverse application requirements.

Reliable belt solutions for efficient passenger vehicle performance.

Durable drive systems for demanding commercial vehicle applications.

High-performance belt and sealing solutions for two-wheelers.

Reliable drive and sealing solutions for three-wheelers.

Advanced drive, suspension and cooling solutions for modern vehicles.

Essential automotive components for dependable light-duty transport.

Robust automotive components for heavy-duty transport and performance.

Specialised belt solutions for electric mobility applications.

Reliable drive solutions for agricultural machinery and equipment

Durable drive solutions for demanding off-highway operations.

Heavy-duty coupling solutions for demanding mining operations.

Reliable pulley and coupling systems for metal processing operations.

Durable power transmission solutions for cement manufacturing.

Efficient drive and power transmission solutions for utility operations.

Precision sealing and hose solutions for oil and gas applications.

Reliable coupling and gear reduction solutions for process industries.

Precision drive and geared motor solutions for processing operations.

Precision motion control and geared motor solutions for pharmaceutical applications.

Reliable belt and geared motor solutions for textile machinery.

Efficient drive and speed reduction solutions for paper production.

Reliable geared motor and speed reduction solutions for sugar mills.

Precision drive and automation solutions for packaging machinery.

Durable pulley and coupling systems for material movement.

Reliable hoses, actuators and pulley solutions for building systems.

Efficient coupling and control solutions for water management systems.

Aeration solutions that support aquatic farming operations.

Durable drive and sealing solutions for marine applications.

Reliable coupling and drive control solutions for port operations.

Efficient drive and geared motor solutions for tile production.

Versatile power transmission solutions for industrial machinery.

Precision timing and control components for automated systems.

Precision timing belt solutions for specialised equipment.

Specialised industrial products for welding and fabrication applications.

Reliable sealing solutions for railway and metro systems.

Robust rubber components for armoured vehicle mobility systems

Specialised chaff cartridges and rapid runway repair solutions.

Advanced chaff payloads for naval defence systems.

Protective equipment and ballistic solutions for security personnel.

Reliable belt solutions for household appliances and equipment.

Automotive OEM solutions engineered to meet demanding performance, reliability, durability, and quality requirements across vehicle applications.

Material selection and engineering expertise help every solution perform reliably in demanding operating environments.

Structured verification checks help confirm product performance, consistency, and readiness before deployment.

Application validation aligns every solution with customer requirements, field conditions, and long-term reliability goals.

Cross-functional program management keeps engineering, quality, manufacturing, and customer teams aligned from start to scale.

JK Fenner implemented the Powertrain Hybrid X-Panel for Dell, Chennai’s vertical storage system, integrating PLC, HMI, and VFD functionality to streamline automated material retrieval. The solution enables faster retrieval through optimized rotation, smoother and quieter operation, improved space utilization, and more reliable system control, while reducing panel space and supporting third-party software integration.

JK Fenner transformed a conventional Vertical Reciprocating Conveyor (VRC) into a safer, more efficient material handling system through PLC, Hybrid HMI, and P2 VFD automation. The upgrade enabled precise floor-level positioning, integrated safety interlocks, and smoother operation, reducing lifting cycle time by over 18% and energy consumption by 35%.