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Purpose-built conveyors engineered to handle the specific demands of casting operations, including exposure to heat and heavy, irregular loads. Designed for durability and consistent performance, casting conveyors support smooth material flow between casting and downstream processing stages.
Technical highlights:
- Heat-resistant construction to withstand proximity to molten metal and hot cast components
- Reinforced frame and drive components engineered for heavy, irregular, and impact-prone loads
- Custom conveyor path and speed engineered to match casting cycle time and cooling requirements
- Designed for integration with upstream casting equipment and downstream finishing/handling stations
- Built for continuous-duty operation with minimal unplanned downtime in high-temperature environments
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Electric Overhead Traveling (EOT) cranes engineered for safe, efficient movement of heavy loads within industrial facilities. Built with reinforced structural components and reliable drive systems, these cranes support demanding material handling operations across manufacturing and process plants.
Technical highlights:
- Designed to IS 3177 (overhead traveling cranes) and IS 807 (structural design) standards
- Available in single-girder (up to ~20T) and double-girder (higher capacity) configurations
- Standard lifting capacities scalable from fractional tons up to 200+ MT for specialized applications
- Span, lift height, and duty class (per crane classification standards) engineered to facility layout
- Fitted with overload protection, travel limit switches, and fail-safe electromagnetic braking
- Hoisting, cross-travel, and long-travel speeds tuned via VFD control for precise positioning
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Precision-engineered screw conveyors for efficient, enclosed transport of bulk materials such as powders, granules, and process residues. Built for continuous-duty operation, these conveyors minimize material spillage and contamination while supporting reliable throughput in demanding processing environments.
Technical highlights:
- Capacity determined by screw diameter, pitch, rotational speed, and trough loading percentage
- Standard pitch typically equal to screw diameter, with reduced-pitch options for controlled/metered flow
- Trough loading engineered between 15% and 45% depending on material density and abrasiveness
- Enclosed trough or tube design suited to dusty, hazardous, or corrosive bulk materials
- Construction material (carbon steel or stainless steel) selected per material compatibility
- Incline angle, motor sizing, and shaft/hanger design engineered around specific throughput targets
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Heavy-duty transfer trolleys designed for the controlled movement of materials, components, or work-in-progress across a facility floor. Engineered for stability under load and smooth, repeatable operation, these trolleys streamline internal logistics and reduce manual handling in industrial settings.
Technical highlights:
- Reinforced steel chassis engineered for rated load capacity plus safety margin
- Rail-mounted or floor-running configurations depending on facility layout and load path
- Motorized drive with adjustable travel speed for precise, repeatable positioning
- Structural design accounts for dynamic loading during acceleration, braking, and directional changes
- Configurable deck size and load interface to match specific component or material handling needs
- Suitable for transferring molten-metal ladles, heavy fabrications, or work-in-progress between stations
