Steel Workshop Building with Overhead Crane

Why Choose a Steel Workshop with an Overhead Crane?

• Integrated steel frame and crane support design
• Customized crane capacity and lifting height
• Large interior space for manufacturing and assembly
• Strong crane beams and column brackets
• Flexible equipment and production line layout
• Fast installation with prefabricated steel components
• Roof and wall material options for different climates
• Suitable for future workshop expansion

A properly overhead crane designed workshop has a significant impact on the material handling efficiency, and it decreases the reliance on all separate lifting equipment utilized within the structure.

Typical Applications

Our steel workshop buildings with overhead cranes are suitable for:

• Machinery manufacturing workshops
• Steel fabrication plants
• Metal processing workshops
• Equipment assembly buildings
• Industrial maintenance workshops
• Heavy component production
• Vehicle repair and maintenance facilities
• Precast component factories
• Industrial production buildings
• Factory workshops with crane systems

Overhead Crane Design Requirements

The crane system affects the entire workshop structure. Before design begins, the following information should be confirmed:

• Crane capacity
• Crane type
• Crane span
• Lifting height
• Working level
• Number of cranes
• Crane operating area
• Hook approach distance
• Rail specification
• Future crane requirements

You must take the information provided for the crane into account when selecting steel columns, crane brackets and crane beams, bracing systems, and foundations.

If there is a chance of adding a larger crane at some point, you must also consider this when designing the original project.

Crane Capacity and Lifting Height

The crane capacity depends on the weight of the materials, machinery, or products that need to be lifted.

Common workshop crane capacities may include:

• 3-ton overhead crane
• 5-ton overhead crane
• 10-ton overhead crane
• 20-ton overhead crane
• 30-ton overhead crane
• Customized heavy lifting systems

The height you need to lift to can help determine your workshop eave height as well as your workshop’s clear height inside.

If you make your workshop too short, you can restrict the hook’s movement and limit your ability to use equipment in your workshop. If you make your workshop too tall, you have to buy more steel and wall material and increase your overall project cost.

Bingfa Steel Structure helps customers find a balance between their crane lifting height and the costs associated with building a structure that allows for the proper operation of their equipment.

Crane Beam and Column Bracket Design

Crane beam is used to transfer the crane load onto the steel columns and is one of the major structural components of any steel workshop building which has an overhead crane.

The design should consider:

• Vertical crane load
• Horizontal crane load
• Crane wheel load
• Braking force
• Impact load
• Crane operating frequency
• Beam deflection
• Rail alignment
• Column bracket strength

All of the beam, bracket, and stiffener plates together with the bolts connecting and welding them should be designed to accommodate the actual weight and dimensions of the crane in question.

Failure to design these structures specifically for your crane will result in excessive vibrations, deformations, or problems with your crane’s operation if you build an infrastructure with standard (non-crane) load ratings.

Workshop Layout and Column Spacing

The workshop layout should support both production and crane operation.

Important planning points include:

• Production line arrangement
• Equipment position
• Material receiving area
• Lifting route
• Storage area
• Finished product area
• Vehicle access
• Door position
• Column spacing
• Maintenance access

The working area of the crane must be free of all excessive objects.

The distance between columns can be selected based on the crane span, the size of the building, the layout of the equipment, and the direction in which the material will follow while being processed.

Roof and Wall Materials

The roof and wall system can be selected according to local climate, indoor temperature requirements, fire resistance needs, and budget.

Available options include:

• Color Steel Sheet
  Economical cladding for standard industrial workshops.
• EPS Sandwich Panel
  Cost-effective insulated panel for basic thermal insulation.
• PU Sandwich Panel
  Suitable for workshops requiring better thermal insulation and temperature control.
• Rock Wool Sandwich Panel
  Suitable for fire resistance, sound insulation, and industrial applications.
• Rock Wool Sandwich Panel with PU Sealing Edge
  Suitable for higher-quality workshop projects requiring improved edge sealing and fire performance.

Ventilation and Natural Lighting

Manufacturing workshops may generate heat, dust, fumes, or moisture. Proper ventilation helps improve the working environment.

Common options include:

• Ridge ventilation
• Wall louvers
• Exhaust fans
• Roof ventilators
• Large doors
• Side windows
• Skylight panels

Natural lighting can reduce daytime electricity use, while ventilation openings should be coordinated with the crane, roof structure, and production process.

Large Doors and Equipment Access

Industrial workshops often need large openings for machines, materials, trucks, and finished products.

Available door options include:

• Large sliding doors
• Roller shutter doors
• Folding doors
• Personnel access doors
• Customized equipment access openings

Door width and height should be confirmed according to the largest equipment or product that will enter or leave the workshop.

What Affects the Price?

The cost of a steel workshop building with overhead crane depends on:

• Building length, width, and height
• Crane capacity
• Crane span
• Lifting height
• Number of cranes
• Crane working level
• Main steel frame weight
• Crane beam and bracket design
• Wind load and snow load
• Roof and wall materials
• Doors, windows, and ventilation
• Surface treatment
• Shipping destination

The crane system contributes to the overall requirements in terms of the structural aspects (foundation, beams, columns, and bracing). When soliciting quotes for the project, it is very important to obtain a quote based on the crane’s vital information/dimensions, not the size of the actual building.

Information Needed for a Quotation

To prepare a customized quotation, please provide:

• Workshop length, width, and height
• Project location
• Workshop application
• Crane capacity
• Crane span
• Required lifting height
• Number of cranes
• Crane working level, if available
• Equipment and production layout
• Door size and quantity
• Roof and wall material preference
• Wind load and snow load, if available
• Drawings or reference photos
• Shipping destination

If the crane model has already been selected, please also provide the crane technical data or wheel load information.