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INDUSTRIES
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Precast Concrete Plant
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Steel Industry
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Paper Industry
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Waste to Energy and Biomass Industry
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Power Industry
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Overhead Cranes for Automotive Production: Smart Solutions for Enhanced Efficiency
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Port Machines Industry
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Manufacturing Industry
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Different Types of Container Cranes, Shipyard Cranes, Cargo Cranes Used in Port, Harbor and Quay
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Overhead Cranes for Timber Lifting: Efficient and Safe Wood Handling
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Overhead Cranes for the Aviation Industry: Streamlining Aircraft Assembly, Maintenance, and Repair
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Overhead Cranes for Food and Beverages: Ideal for improving productivity and food safety
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Overhead Cranes for Aerospace Industry: Key Role in Efficient Rocket Manufacturing and Launch
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EQUIPMENT
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Overhead Cranes
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Single Girder Overhead Crane
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Double Girder Overhead Crane
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FEM Standard Overhead Cranes
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Low Headroom Overhead Cranes
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Grab Bucket Overhead Crane
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Electromagnetic Overhead Cranes with Lifting Magnet
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Electromagnetic Overhead Cranes with Magnet Beam
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Manual Overhead Cranes
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Double Trolley Overhead Cranes
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LDP Single Girder Overhead Cranes
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- Eot Cranes
- Gantry Cranes
- Jib Cranes
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Hoist & Winch Trolley
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Electric Wire Rope Hoists
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FEM Standard Wire Rope Electric Hoists
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FEM Standard Electric Chain Hoists
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Crane Trolley
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Chain Hoists
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Electric Winch
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Manual Chain Hoists
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Double Girder Trolley Electric Hoists
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Low Headroom Wire Rope Electric Hoist
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Electric Hoist for Molten Metal
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Pneumatic (Air) Chain Hoists
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Lever Hoists
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Electric Hoists
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- Workstation Cranes
- Portable Gantry Cranes
- Explosion Proof Cranes & Hoists
- Special Cranes
- Port Cranes
- Electric Transfer Carts
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Overhead Cranes
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CRANE PARTS
- Crane Wheel Assembly
- Crane Grab Buckets
- Crane Tongs
- Crane Spreader
- Crane Drives
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Crane Electrical Equipment
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Overload Limiter
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Crane Cabin
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Crane Power Supply System
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Explosion Proof Crane Radio Remote Controls
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Joystick Type Crane Radio Remote Controls
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Pushbutton Type Crane Wireless Remote Controls
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Single-pole Insulated Conductor Rails
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Enclosed Conductor Rails
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Seamless Conductor Rails
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Copperhead Conductor Rails
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Overhead Crane Cables
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- Other Cranes Parts
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Online Crane Engineering Tools for Design, Analysis and Calculation
- Support crane design, model selection, inspection, operation and maintenance
- Suitable for overhead cranes, gantry cranes, jib cranes and crane components
- Generate quick, standard compliant technical data for crane engineering jobs
Crane Wheel Load Calculation
Calculate maximum and minimum wheel pressure values for crane runway rail design and structural safety assessment.
Online Crane Duty Classification Calculator Tool
Classify crane working group (A1–A8) per ISO 4301 based on utilization factor and load spectrum class.
Online Crane Hoist Motor Power Calculator Tool
Crane Hoist Motor Power Calculator is a standards compliant online tool for instant hoist motor power of overhead and gantry cranes, trusted by global crane engineers, manufacturers and international trade clients. Fully compliant with global crane design standards including ISO 4301, FEM 1.001 European specifications, and GB/T 3811 Chinese national standard, this calculator eliminates the complexity and risk of manual motor power calculation.
Crane Hoist Wire Rope Replacement Calculator
The crane hoist wire rope replacement calculator, developed in accordance with ISO 4309:2017, fully complies with industry specifications. It can quickly and accurately calculate the wire rope diameter wear rate, automatically match the scrap level, simplify the compliance inspection process, and help you determine replacement points promptly to avoid downtime losses and safety risks.
Crane Lifespan Calculator for Remaining Service Cycle
This Crane Lifespan Calculator for Remaining Service Cycle evaluates residual working cycles for crane overall structures and mechanical components, integrating two authoritative calculation methods: working class A calculation, and combined utilization class U & load spectrum Kp calculation.
Crane Dynamic Loading Calculator
The core value of the crane dynamic loading calculator is to reflect extra loads incurred in actual operation instead of static lifting weight alone, so as to precisely evaluate the impacts of dynamic behaviors such as hoisting start, braking, running shock, vibration and load swinging on crane structures and mechanisms. It effectively supports strength and deflection checking of main girders, end beam pressure and rail stress analysis, as well as type selection and safety verification of motors, brakes and other critical components, and acts as a vital basis for structural design, lifespan assessment and safety certification of overhead and gantry cranes per ISO, FEM, EN and GB standards.
Crane Sheave Minimum Diameter Calculator
Strictly compliant with ISO 16625:2013, this crane sheave minimum diameter calculator rapidly works out the minimum sheave pitch diameter by wire rope nominal diameter and mechanism working class. Undersized sheaves risk rope dislodgement and safety threats, while oversized ones limit lifting height and load capacity. It verifies compliance, optimizes sheave selection, predicts wire rope lifespan, reduces maintenance costs, avoids downtime and improves operational safety & efficiency.
Crane Drum Minimum Diameter Calculator
This crane drum minimum diameter calculator fully complies with ISO 16625:2013. It calculates the minimum pitch diameter of the drum based on the nominal diameter of wire rope and mechanism duty class. As a core component of crane hoisting and traction mechanisms, the drum diameter directly affects the bending condition and service life of wire rope. The calculated compliant design values can reduce bending stress of wire rope, improve fatigue resistance, extend service life, cut maintenance costs, ensure long-term stable equipment operation and guarantee safety for lifting work.
Crane Wire Rope Minimum Breaking Load Calculator
Crane Wire Rope Minimum Breaking Load (MBL) Calculator serves as a rapid tool for estimating wire rope load capacity and carrying out model selection verification; by inputting different wire rope specifications, users can automatically and quickly compare the breaking strength of various wire rope constructions and determine their compatibility with corresponding drums. Furthermore, it assists the design of hoisting mechanism components including drums and sheaves as well as motor power verification. During later crane operation and maintenance, maintenance technicians can refer to data from this calculator to assess whether wire rope replacement is required and verify that new replacement wire ropes meet the original design safety factor standards. Therefore, selecting a wire rope with a proper MBL helps avoid overloads, lower accident risks and prolong the service life of wire ropes.
Crane Actual Lifting Speed Calculator
The crane actual lifting speed calculator verifies whether the designed speed meets the rated value to assess design rationality. It also calculates the required gear ratio of the hoist reducer, checks motor selection, and verifies the matching of drums and steel ropes. A reasonable lifting speed reduces fatigue stress on structural components and extends service life. Meanwhile, the crane actual lifting speed calculator helps select optimal motors and transmission solutions, cutting long-term operating costs while ensuring safety and working efficiency.
Crane Main Girder Section Moment of Inertia Calculator
Crane main girder section moment of inertia calculator calculates the bending stiffness of main girders. A higher main girder section moment of inertia indicates greater rigidity and less deformation. For overhead and gantry cranes, it directly defines load capacity and evaluates risks of plastic deformation and fracture. This crane main girder section moment of inertia calculator also computes deflection to prevent girder distortion and sway during travel and braking.
Overhead and Gantry Crane Deflection Calculator
The overhead and gantry crane deflection calculator accurately calculates the vertical deflection of loaded girders, evaluates girder stiffness and structural performance by inputting lifting capacity, span, trolley weight and section parameters. This overhead and gantry crane deflection calculator also prevents rail gnawing, permanent deformation and unstable operation, and optimizes structural design and weight. Finally, it verifies whether deflection values comply with the limits set by ISO and FEM standards. Its calculation aims to ensure safe crane operation, reduce structural fatigue and extend service life.
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- Overhead Cranes
- Single Girder Overhead Cranes
- Double Girder Overhead Crane
- Low Headroom Overhead Cranes
- Underslung Cranes
- FEM Standard Overhead Cranes
- Grab Bucket Overhead Crane
- Manual Overhead Cranes
- LDP Single Girder Overhead Cranes with Side-Mounted Hoists: Optimal Solution for Low-Ceiling Workshops
