We offer special belt type conveyors for general material handling purpose of factories, engineering plants etc. The range includes conveyors for conveying light, medium and heavy loads along different conveying paths like inclination, curve etc. We provide different types of belt conveyors that are available in various materials and dimensions. There are general type of conveyor made as per the requirements of the client.
Our extensive domain expertise assists us in manufacturing 'J' Type Conveyor with Hopper, which require minimum maintenance. This is used for feeding bearing races or round component automatically for any machining operation like grinding, turning or for assembly operation.
Application :- Bearing and Auto Components Industry
Roller conveyors serves to convey pieces-goods horizontally and up or down slightly as powerized and gravity roller conveyors. Fully developed and tried construction techniques make these conveyors a reliable part of any material handling system offering future flexibility and compatibility of equipment. These are general purpose conveyors, made as per client's requirements.
We are very well known name in producing Hot Waste Conveyor / Waste Material Handling Equipment which are perfect for carrying hot waste materials. Used as effective bulk material handling equipment, it is effectively used for handling of waste materials. These are used for transportation of chips from Turning Machines to the outlet in the plant. We can design the Centralized Chip Removal System.
We manufacture highly durable (Auto) Billet Handling System for Forging Shop.
This system is used for feeding billets (of various sizes) to Induction Heating Equipments.
These systems are built in various sizes based on clients requirements. The system include following
Rotary hopper manufactured by us is a mechanical unit which is used for feeding special components. Single reduction unit drives the main rotating plate, picks up the components while moving upwards. Due to the loading of gravity components, the slot of the rotating plate.
While moving upwards, the mechanism placed on the periphery orient the components. Meanwhile non-oriented components drop back into the hopper area for further lifting. These can be made to work at speed of 80 pieces per min. or more depending upon the shape and orientation needed for the component.
