As one of the leading EOT crane manufacturers in India, Shiv Shankar Techno designs, fabricates, and installs high-performance EOT cranes for industrial applications. We supply single and double girder electric overhead travelling cranes ranging from 1 to 100+ tonnes, built in compliance with IS 3177 and FEM standards. We offer pan-India supply, installation, and AMC support. Contact us today for a free quote.
An Electric Overhead Travelling (EOT) crane is a motor-driven material handling system that moves along elevated runway rails fixed to the building structure. It consists of a bridge girder spanning the bay, a trolley-mounted hoist that travels across the bridge, and end carriages running along the runway rails. All three motions, hoisting, cross travel, and long travel, are electrically powered, giving operators precise control to place loads anywhere within the full bay area. As leading EOT crane manufacturers in India, Shiv Shankar Techno designs, fabricates, and installs electric overhead travelling cranes from 1 tonne to over 100 tonnes for industrial facilities across India.
Based in Chittorgarh, Rajasthan, we have completed 500+ crane and PEB projects across 25+ Indian states, supplying overhead cranes to steel plants, foundries, automobile manufacturers, warehouses, cement plants, power projects, and heavy fabrication workshops. Every crane leaves our facility after a full rated load test and is compliant with IS 3177, IS 807, and FEM 9.755 standards.
What sets Shiv Shankar Techno apart from most overhead crane manufacturers in India is our in-house pre-engineered building capability. We co-design the crane and building structure together so runway beam reactions, column bracket loads, and structural requirements are resolved in a single engineering model, not discovered as problems on site.
We combine in-house structural engineering, precision fabrication, and complete turnkey installation to deliver electric overhead travelling cranes that are ready for production from day one.
Every EOT crane from Shiv Shankar Techno is engineered entirely in-house, from structural load calculations, girder sizing, and shop drawings through steel fabrication, surface treatment, and pre-dispatch load testing. No critical manufacturing step is outsourced, which means your crane is built to our stated tolerances and backed by a single accountable team.
As a company that manufactures both EOT cranes and pre-engineered buildings in-house, we co-design the crane and building in a single structural model. Runway beam reactions, column bracket loads, and rail systems are resolved together, removing costly surprises that come when cranes and structures are sourced from different suppliers.
With 500+ projects delivered across 25+ states, our in-house installation teams handle runway beam erection, rail fixing, electrical cabling, load testing, and operator training at your site. We serve clients in Rajasthan, Gujarat, Maharashtra, Madhya Pradesh, Uttar Pradesh, Karnataka, Tamil Nadu, and beyond.
We manufacture single girder EOT cranes for light to medium duty applications (1 to 20 tonnes) and double girder EOT cranes for medium to heavy duty operations up to 100+ tonnes. We also manufacture underslung cranes for buildings with limited headroom. Each configuration is sized for your specific bay span, hook height, duty class, and load requirements.
All EOT cranes from Shiv Shankar Techno are designed to IS 3177, IS 807, and FEM 9.755 standards. Structural steel is sourced with mill test certificates. Each crane undergoes a full rated load test before dispatch. Our design documentation supports factory inspector approvals, insurance requirements, and third-party audit compliance.
We offer Annual Maintenance Contracts, OEM spare parts, and preventive maintenance schedules to keep your electric overhead travelling crane operating reliably across its full 20+ year service life. Service teams are available for routine inspections, brake overhauls, limit switch replacements, and emergency breakdown response across India.
As experienced EOT crane manufacturers in India, we supply the full range of electric overhead travelling crane configurations to suit every industrial requirement and building type.
The most widely used configuration for general manufacturing, fabrication shops, and warehouses. The crane runs on top of the runway rails, and the hoist travels along the bottom flange of the single bridge girder. Compact, cost-effective, and suitable for most standard factory applications.
Two parallel welded box girders with a top-running hoist trolley provide maximum hook height and the highest available lifting capacity. The preferred choice for steel mills, heavy forging, casting plants, and large-span logistics operations where standard cranes are not sufficient.
The crane bridge and hoist are suspended from the bottom flange of roof-mounted runway beams, making this ideal for buildings where no column-side runway installation is possible, or where headroom is restricted. No separate crane columns are required, keeping the floor below entirely clear.
As experienced EOT crane manufacturers in India, we engineer and supply every component of the crane system, from structural bridge girders to control panels, as part of a fully integrated design. Each component is sized for your specific load, span, duty class, and operating environment.
Every EOT crane from Shiv Shankar Techno is engineered to your exact bay dimensions, load requirements, and duty class. Standard single girder and double girder configurations cover the majority of industrial applications. For requirements outside these parameters, our engineering team evaluates customised solutions on a case-by-case basis.
All electric overhead travelling cranes are manufactured to IS 3177, IS 807, and FEM 9.755. Structural steel is sourced with mill test certificates from reputed domestic producers. Every crane undergoes a full rated load test and safety check before leaving our facility in Chittorgarh, Rajasthan.
As experienced electric overhead travelling crane manufacturers in India, we design and supply EOT cranes for a wide range of industrial, manufacturing, and infrastructure sectors. Our cranes are used wherever reliable overhead material handling is needed, from light assembly operations to continuous-duty steel plant applications.
Choosing the correct overhead crane configuration is not just about lifting capacity. These four parameters determine whether your crane performs reliably across its full service life.
Define the maximum load you need to lift and how many times the crane operates per shift. A crane sized only for peak capacity but with the wrong duty class will fail early. Duty classes M3 to M8 cover everything from intermittent maintenance lifts to continuous-duty steel plant operations. Getting this right at the design stage costs nothing; getting it wrong costs everything.
Bay span is the distance between the runway rail centre lines. Hook height is the elevation needed below the hook at maximum lift. Both parameters directly determine the girder type, end carriage design, and the loads transferred to your building structure. These must be confirmed before any crane engineering starts.
Standard cranes are rated for minus 20 to plus 40 degrees Celsius. Foundry and steel plant applications need heat shields and high-temperature components. Hazardous area zones require flame-proof motors and certified electrical assemblies. Your operating environment defines material and component selection as much as the load does.
Pendant controls are reliable and cost-effective for most applications. Radio remote controls improve operator safety and mobility in large bays or hot environments. Variable frequency drives (VFDs) provide smooth acceleration and precise positioning, which is critical in die shops, assembly lines, and precision machining areas.
In heavy industrial environments, the choice between an EOT crane, forklift, and manual handling has direct implications for safety, throughput, and long-term operating cost. The comparison is rarely close.
As a complete turnkey EOT crane supplier in India, we manage every stage of your crane project under a single contract with single-point accountability throughout.
Site visit or drawing review to confirm bay span, hook height, building column capacity, load requirements, duty class, and lift frequency per shift.
In-house structural engineering as per IS 3177, IS 807, and FEM 9.755. Girder sizing, end carriage design, runway beam calculations, and full electrical layout prepared and reviewed internally.
Factory fabrication with multi-stage quality checks. Full rated load test, electrical panel testing, and limit switch function verification completed at our works before dispatch.
Sequenced dispatch of all crane components to your site, marked and packed with a complete erection reference kit for smooth and fast site assembly.
On-site erection, runway alignment, rail fixing, electrical connections, final load test, and operator training. Handover with load test certificate and full O&M documentation.
Share your bay span, required lifting capacity, hook height, and duty class with us. Our engineering team will provide a detailed technical proposal with layout drawing within 3 business days.
REQUEST A QUOTEAn EOT crane is a capital investment with a service life measured in decades. How it performs over 20+ years depends on the quality of preventive maintenance, spare parts availability, and the responsiveness of the service team behind it. Shiv Shankar Techno provides the full after-sales infrastructure to protect that investment.
Our AMC programmes cover periodic safety inspections, brake adjustment and replacement, hoist rope condition checks, limit switch testing, electrical panel servicing, lubrication schedules, and runway rail inspection. We supply original OEM spare parts for every EOT crane model we manufacture, ensuring nothing needs to be improvised when a component requires replacement.
For clients in Rajasthan and neighbouring states, our service engineers are typically on-site within 24 to 48 hours. For clients across India, we coordinate service visits through our pan-India project network. Contact our team to discuss an AMC programme tailored to your production schedule and uptime requirements.
Scheduled periodic inspection of all mechanical and electrical components as per IS standards and manufacturer requirements to prevent failures before they occur.
Original spare parts supply for hoists, brakes, limit switches, rope drums, control panels, and running wheels for all crane models we manufacture.
Emergency service response to minimise unplanned downtime in your production schedule, across Rajasthan and pan-India locations.
Periodic load testing and safety inspection certification as required by factory inspectorates and statutory safety regulations across all Indian states.
Discover our full range of industrial solutions engineered for performance and built for India.
An EOT (Electric Overhead Travelling) crane is a motor-driven material handling system that moves along elevated runway rails fixed to the building structure. It has three electrically powered motions: hoisting (vertical), cross travel (across the bay width), and long travel (along the bay length). These three axes give the operator precise control to place a load anywhere within the full bay area. EOT cranes are widely used in manufacturing plants, steel mills, warehouses, foundries, and heavy engineering workshops across India for their efficiency, safety, and ability to handle loads ranging from a few hundred kilograms to over 100 tonnes.
Single girder EOT cranes use one main bridge beam and are suited for light to medium duty applications (typically 1 to 20 tonnes, spans up to 30 metres). The hoist runs on the bottom flange of the girder, which limits hook height. Double girder EOT cranes use two parallel bridge beams with a top-running hoist trolley, providing greater hook height, higher capacities (up to 100+ tonnes), and longer spans (up to 40 metres). Double girder cranes are standard in steel mills, heavy forging shops, and any application requiring maximum hook clearance or very high lifting capacity.
Duty class (M1 to M8 as per IS 3177 and FEM 9.755) is selected based on how frequently the crane operates and the severity of loading per cycle. Classes M1 to M3 are for infrequent or maintenance-only lifts. Classes M4 to M5 cover regular factory operations with moderate daily usage. Classes M6 to M8 are for heavy continuous-duty applications such as steel melting shops, foundries, and process plants running multiple shifts. Specifying the wrong duty class is one of the most common causes of premature EOT crane failure. Our engineers help you select the correct class based on your actual lift frequency, load spectrum, and operating hours per shift.
All EOT cranes from Shiv Shankar Techno are designed and manufactured as per IS 3177 (code of practice for electric overhead travelling cranes), IS 807 (design, fabrication, and erection of cranes), IS 4137 (heavy-duty steel mill cranes), and FEM 9.755 international standards. Structural steel is sourced with mill test certificates from reputed domestic producers. Every crane undergoes a full rated load test and complete safety function verification before leaving our fabrication facility.
Shiv Shankar Techno manufactures EOT cranes from 1 tonne to over 100 tonnes depending on girder configuration and duty class. Bridge spans range from 5 metres to 40 metres. Every crane is individually designed for your specific bay dimensions, required hook height, and load requirements. We do not supply off-the-shelf catalogue cranes; every unit is an engineered product matched to your exact facility and application.
Yes, in most cases. Our engineers first assess the existing structure, specifically the column capacity, available headroom, bay dimensions, and roof truss geometry. If the building can support the crane wheel loads and runway beam reactions, we design the crane and runway system accordingly. Where columns are not adequate, we can provide an independent crane support structure. In restricted-headroom situations, an underslung EOT crane or a gantry crane may be the more practical solution.
Standard safety systems on all Shiv Shankar Techno electric overhead travelling cranes include over-hoist and over-lowering limit switches, overload protection relays, fail-safe spring-applied brakes that engage when power is cut, rubber end buffers at runway ends, derailment guards, hook safety latches, and anti-collision devices for multi-crane bays. Optional additions include radio remote controls, load cell indicators, and PLC-based variable frequency drives for smooth speed control and precise load positioning.
Yes. We manufacture flame-proof EOT cranes for hazardous area classifications (IIA, IIB, IIC gas groups) suitable for chemical plants, paint shops, solvent areas, and explosive atmosphere environments. For foundry and steel plant applications, we supply cranes with appropriate heat shields, high-temperature rated wire ropes, and insulated festoon systems engineered for the specific thermal demands of the environment.
Standard single girder EOT cranes are typically ready for dispatch within 4 to 8 weeks from confirmed order. Heavy-duty double girder cranes or those with special requirements may require 8 to 14 weeks. On-site installation, runway alignment, electrical connections, load testing, and operator training generally take 1 to 2 weeks depending on crane complexity and site conditions. We coordinate delivery and installation closely with your project or production schedule.
Yes. We offer Annual Maintenance Contracts (AMC) for all EOT crane models we manufacture. Coverage includes periodic safety inspections, brake servicing, hoist rope condition checks, limit switch testing, electrical panel maintenance, lubrication schedules, and emergency breakdown response. We supply original OEM spare parts for all our crane models so your maintenance team never has to improvise with non-standard components that could compromise safety or reliability.
Yes. All our EOT cranes can be configured with pendant push-button stations or radio remote controls (RRC). Radio remotes give the operator full mobility to follow the load and observe positioning from the best vantage point, particularly useful in large bays, hot environments such as foundries, or precision assembly operations where close observation of the load is critical.
To prepare an accurate technical proposal, we typically need: bay span (centre-to-centre distance between runway rails), required hook height (floor to hook at maximum lift), bay length (total long-travel distance), required lifting capacity in tonnes, approximate duty class or number of lifts per shift, operating environment (standard, foundry, hazardous), and whether the crane is for a new building or an existing structure. Our engineering team can help define any of these parameters directly from your site drawings or by visiting the location.
Shiv Shankar Techno is among the few EOT crane manufacturers in India that also manufactures pre-engineered buildings in-house. This means the crane and building structure are co-engineered in a single model, eliminating the retrofitting issues that arise when cranes and structures come from different suppliers. With 500+ completed projects across 25+ states, IS and FEM compliant designs, in-house fabrication, pan-India installation teams, comprehensive AMC programmes, and single-point accountability from design to after-sales, we deliver complete industrial infrastructure that works from day one.
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