- Aug 21, 2025
- Case Studies
10-ton Jib Crane Shipped to Sudan
Check out our latest shipment of a 10-ton jib crane to Sudan! Discover how this powerful equipment boosts efficiency and productivity for your projects.
An indoor workshop in Sudan received a 10-ton pillar-mounted jib crane system with a low-headroom electric chain hoist. This case study details the lifting requirements of the customer, the crane design we offered, the benefits of the product, and additional real-world uses for the same 10-ton jib crane + low-headroom hoist package.
Customer crane need — 10-ton jib cranes
The customer needed a strong, simple lifting solution for indoor workshop work. You wanted reliable lifts inside a tight workspace. The crane had to fit the shop without big building changes. Operators needed precise control to place heavy parts every day. We focused on a jib crane with a low-headroom chain hoist to meet those goals.
1. Capacity and repeatability
You needed a crane that could lift up to 10 tonnes many times a day. The equipment had to perform repeatable lifts with consistent travel and stopping points. That repeatability helps you keep assembly and alignment accurate. It also reduces the chance of rework.
2. Low headroom compatibility
The workshop had limited vertical clearance over the workbenches. You required a solution that preserved maximum hook height. A low-headroom hoist and compact boom helped raise usable lifting height without structural changes. This gave you better reach where space is constrained.
3. Local, precise load positioning
Operators had to place heavy parts into tight fixtures. You needed fine control of travel and slewing. Smooth motion and a short, controlled span let you position loads without trial-and-error. That improves assembly speed and reduces part damage.
4. Durability in heavy use
The crane would be used near-daily. You needed equipment built for long duty cycles. Robust components and simple service points reduce downtime. Easy access for inspection and routine maintenance keeps the crane running for years.
5. Simple footprint and minimal building modification
Customers tend to a compact lifting solutions to avoid disruptions to their normal work due to major track construction modifications. They wanted reliable lifts inside a tight workspace. Operators needed precise control to place heavy parts every day.
Crane Dsign We Provided
We supplied a robust, workshop-ready pillar-mounted jib crane with a low-headroom electric chain hoist. This design focuses on safe handling of 10-ton loads while saving vertical space. It gives precise positioning and reliable duty cycles for high-throughput lifting.
Pillar-mounted jib crane + low-headroom electric chain hoist
We supplied a pillar-mounted jib crane with a 10-ton rated capacity and a low-headroom electric chain hoist mounted on a motorized trolley. The main design elements included:
1. Base and pillar
The crane sits on a heavy base plate that is anchored to the floor slab. The column is sized for the 10-ton rated load and for the dynamic forces that occur during lifting and slewing. Engineers checked bearing pressures and anchor patterns so the pillar will not overstress your floor. The pillar design also allows clean integration with workshop utilities and walkways, and includes access points for periodic inspection.
2. Boom (jib arm)
The boom is a high-strength welded section sized to carry the full 10-ton working load at the specified span. The section and welds are designed to minimize deflection so you get repeatable, accurate positioning at the hook. Where 360° coverage was needed, the boom geometry and clearances were verified so the hoist trolley can reach the working envelope without interference. Weld quality, flange thickness, and stiffeners were selected to meet fatigue and duty-cycle requirements.
3. Rotation / slewing gear
Rotation uses a slewing ring or bearing with a matched geared slew drive. The slewing system is chosen to carry radial loads and to turn smoothly under load. Gear ratios and braking capacity are sized for controlled starts and stops. Bearings and seals were selected for long life in an indoor workshop environment, and lubrication points are positioned for easy maintenance.
4. Trolley and hoist interface
A motorized trolley travels on the boom and carries the low-headroom chain hoist. For shorter spans or infrequent moves, the trolley can be manual push. For long spans and continuous handling, the motorized trolley gives consistent travel speed and reduced operator strain. The trolley-to-hoist connection is engineered to keep load paths straight and to avoid twisting of the hoist body. End stops, anti-derail guides, and inspection access make routine checks simple.
5. Low-headroom electric chain hoist
The hoist uses a compact gearbox and chain arrangement to reduce the hook-to-top dimension. This saves vertical space while keeping the 10-ton capacity. Standard safety items include upper and lower limit switches, overload protection, and an electromagnetic brake that holds securely between lifts. The hoist can be supplied with dual lifting speeds as an option for finer control during precise placements.
6. Controls and safety features
You can operate the system with a pendant or a radio remote. Controls include emergency stop, overload cutoff, and limit switches to prevent over-travel. Anti-derail features and mechanical stops add a passive safety layer. Optional variable-speed control improves smoothness during acceleration and deceleration, which reduces shock loads on rigging and the structure. All control wiring and enclosures meet the relevant electrical protection standards for indoor use.
7. Finishes and environmental fit
Finishes are selected for a workshop environment. Corrosion-resistant coatings protect steel surfaces against dust and moderate humidity. Electrical components have the appropriate IP rating for indoor industrial use. Material choices and protection methods were made to limit wear from abrasive dust and to simplify cleaning and repainting over the crane's service life.
8. Operational and maintenance considerations
The configuration was chosen to make daily checks and regular maintenance straightforward. Lubrication points, inspection covers, and replacement-part access are located so you spend less time on upkeep. We recommend a defined inspection schedule and a checklist for bearings, hoist brakes, limit switches, chain condition, and anchor integrity to keep your crane reliable and safe.
Yuantai Jib Cranes
Why this 10-ton jib crane + low-headroom hoist is the right solution for workshop lifting
Space efficiency — maximize hook height in low-ceiling workshops
Low-headroom hoists reduce the distance between the trolley and the hook. That increases usable lift height without raising the building ceiling. Typical low-headroom designs can increase available lifting height by 200–500 mm compared with standard hoists, depending on model. This headroom gain is critical when working inside an existing workshop with fixed roof height.
Precise load placement and production flow
A pillar jib with a motorized trolley gives operators the local control needed to place heavy parts directly into fixtures. This reduces intermediate handling and re-positioning. Ergonomic crane systems (like workstation cranes and jib cranes) have been shown to increase worker throughput and reduce handling time—industry studies report significant productivity gains when ergonomic lifting systems are applied. For example, work-station crane studies have documented productivity improvements in the range of 20–30% in tasks that otherwise rely on manual handling.
Lower installation cost and minimal structural work
Compared with full overhead bridge cranes, a pillar-mounted jib crane typically needs less structural modification. The floor-anchored pillar transfers loads into the slab, minimizing costly roof/beam strengthening. That reduces both the capital outlay and the time the workshop is offline.
Product advantages of 10-ton pillar-mounted jib crane
1. Heavy capacity with local coverage (10-ton load handling)
A 10-ton rating ensures the crane can lift heavy modules, engines, presses, or assemblies without staging lifts. For repetitive heavy tasks, owning an on-site 10-ton jib saves time and reduces outsourcing. Because the crane is dedicated to a defined workstation, cycle times shrink and workflow becomes predictable.
2. Low-headroom hoist saves vertical space and improves hook reach
Low-headroom hoists provide more usable lifting travel inside the same building envelope. They reduce the “lost” vertical distance above the hook and allow taller loads to be lifted without modification to the building. This is essential in retrofit scenarios
3. Improved operator ergonomics and faster cycle times
Ergonomic lifting systems reduce manual handling. Case studies from workstation crane manufacturers show measurable productivity and safety improvements—sometimes over 25% productivity gain—by removing physical strain and reducing stop/start repositioning. That translates directly into labor savings and fewer strain injuries.
4. Lower total installed cost vs. full overhead systems
Because the jib crane is pillar-mounted, you avoid heavy runway work and the associated engineering. That reduces installation cost and schedule risk. For most cell-level lifting needs in a workshop, a pillar jib offers better cost/benefit than a full overhead runway and bridge crane.
5. Modularity and easy maintenance
The design permits easy hoist swap, routine inspection, and replacement of trolley components. Low-headroom chain hoists are mechanically simple compared with large wire-rope hoists. That can simplify spare parts inventory and reduce mean time to repair.
6. Built-in safety features and compliance readiness
We supplied the crane with industry-standard safety features: overload devices, upper/lower limit switches, mechanical stops, emergency stop pushbutton/radio remote E-stop, and electrical interlocks. Coupled with operator training and a preventive maintenance schedule, these features reduce incident risk and help meet occupational safety standards.
Other Applications for Pillar-Mounted Jib Crane
A 10-ton pillar-mounted jib crane gives strong, local lifting where you need it. It keeps heavy loads close to the work area. The crane saves time by reducing extra rigging and travel. You get precise, controlled lifts in compact spaces.
1. Heavy fabrication and welding shops
Local lifting for machined sub-assemblies, press-fit operations, and welding fixtures. The crane lets you position large weldments with fine control. That reduces the need for extra personnel to steady parts. It also speeds movement between stations and lowers handling risk. For you, this means less downtime and fewer ergonomic injuries during heavy trims and fit-ups.
2. Engine and gearbox assembly lines
Used to lift and set heavy engines or gearboxes into test stands or sub-assemblies. The pillar-mounted jib offers accurate placement and steady lowering. Low headroom versions work well where test rigs or enclosures restrict height. For assembly cells, the crane cuts cycle time and improves repeatability when you must mate heavy components.
3. Maintenance and repair workshops (MRP)
Ideal for in-plant heavy maintenance: hoisting pumps, motors, compressors, and gear sets. A fixed jib near the maintenance bay puts lifting right at the point of need. That reduces the time it takes to move failed equipment to a repair area. If you run regular upkeep, the crane helps you return assets to service faster and safer.
4. Material loading and machine tending
Tending heavy machine tools such as CNC lathes, presses, or molding machines where parts are exchanged frequently and need precise placement. The jib gives you predictable swing and reach for loading dies, fixtures, or large blanks. It removes the need for repeated manual lifts or external cranes. The result: steadier cycle times and less risk of part damage.
5. Warehouse localized heavy picking
In warehouses with tall racking and limited headroom at specific aisles, a pillar jib with a low-headroom hoist can serve as a local heavy pick station without installing building-wide overhead rails. You can pick or stage palletized loads and odd-size items right where you need them. This saves the cost and disruption of full overhead systems. For your operation, it means faster order fulfilment where heavy picks are concentrated.
6. Port and light-duty shipyard operations
For small docks and vessel workshops, a robust pillar jib can support repair and fitting tasks for marine components when full mobile cranes are impractical. The crane works well for lifting gearboxes, pumps, and sections of piping. It also provides a stable lift platform for on-board repairs near the dock. If you service small craft or maintain workshop bays, a pillar jib is a cost-effective alternative to renting larger cranes.
Safe and Compliant Use of Jib Cranes
Jib cranes are used extensively for precise and localized lifting tasks, but their dependability depends on consistent monitoring and adherence to safety protocols. By integrating regular inspections with structured maintenance schedules and providing operators with the necessary training, businesses can lower risks, extend equipment life, and maintain compliance with regulatory standards. Ensuring the safe and compliant use of jib cranes requires a systematic approach that combines equipment checks, preventive maintenance, operator training, and data-driven decision-making.
1. Mandatory pre-use checks and daily inspections
Operators should check brakes, limit switches, chain condition, trolley travel, and controls each shift. Record results on a short log. Pre-use checks reduce the number of equipment-related incidents.
2. Preventive maintenance schedule
Create a preventive maintenance plan with monthly, quarterly, and annual tasks. Replace chains, inspect bearings, and test overload devices per manufacturer recommendations. Data-driven maintenance improves uptime and ROI. (Maintenance analytics for jib cranes can materially improve asset ROI.)
3. Operator training and certification
Train operators on safe handling, radio/pendant control use, and emergency procedures. Trained operators reduce risky behaviors that lead to incidents.
Jib Crane Purchasing Checklist
If you are looking to purchase a crane, we have provided a checklist that you can follow to select a crane based on your needs.
1. Technical and load criteria
Confirm the required radius of the crane at rated lifting capacity. Look at trolley travel and boom rotation to ensure the work envelope is fully covered. Verify hook-height and headroom so a low-headroom hoist will give the lift travel you need.
2. Safety features
Choose a crane with proven overload protection that is both rated and factory-tested. Make sure upper and lower travel limits and trolley stops are fitted and set. Confirm there is an emergency stop and a radio E-stop option if you plan wireless control. Inspect mechanical stops and anti-derail devices that prevent trolley run-off. Look for load-moment or load-cell monitoring if you need active load feedback. Ask about braking performance, emergency lowering methods, and routine inspection intervals to keep the system safe in daily use.
3. Duty cycle and service class
Match the hoist motor and gearbox to the crane's expected duty cycle. Know how many starts per hour and the percent rated load you will run during a shift. Choose a service class that fits your hours and lifting frequency; heavier daily use needs a higher class and more robust components. Confirm thermal protection and duty-rated components to avoid overheating during peak use. Plan for regular maintenance and easy access to wear parts if your operation runs multiple shifts.
4. Power supply and controls
Verify voltage, phase, and frequency compatibility with your site supply before ordering. Decide which control type fits your workflow: pendant for fixed, radio remote for operator mobility, or motorized trolley drive for automated travel. Consider variable frequency drives for smoother starts and better positioning. Check control enclosure ratings and cable routing to protect against dust and moisture. Confirm local wiring, starters, and interlocks meet your electrical codes.
5. Installation and civil works
Get a foundation design from a structural engineer for the pillar anchor. Confirm slab thickness, reinforcement, and anchor-bolt pattern for the loads and overturning moments. Check soil bearing capacity and specify embedment depth for anchors. Plan for grout, leveling, and final torque checks at installation. Allow space for crane assembly, access for maintenance, and clearances for travel and rotation. Secure required permits and include inspection checkpoints during and after installation.
