Design of Cabs for Construction Machinery

From concept to series production of cabs for forklift trucks, construction machinery, railway maintenance vehicles, and special vehicles

CAB Design

From feasibility assessment to production

We work both to previously defined specifications, ensuring they are followed to the smallest detail, and through co-design with the customer to develop new solutions for vehicles. We guide the customer through every step of the journey: from the feasibility study and analysis of requirements and technical restrictions, through to the quotation with transparent proposals and guaranteed timeframes, and internal prototyping with support for regulatory testing. The process concludes with the pre-series engineering, which translates the specifications into a design which can be industrialized and is ready for series production.

Types of Cabs and Levels of Supply

The design can involve different levels of supply: from individual structural or functional components to partially finished cabs, right through to complete, customized cabs ready for installation on the vehicle. This flexibility allows us to adapt to any requirement and offer effective solutions both to requests with short timeframes and complex, long-term projects.

Integration of Glass as a Distinctive Element

The glass is a key element in the cab design. On request, we incorporate the design of the panes of glass directly in the cab design, developing customized solutions in terms of shape, curves, surface treatment and strength specifications. This approach guarantees maximum visibility, safety and ergonomics for the operator.

To find out more or to receive a quote,
contact our technical and sales department

New Product Development and Co-design

An integrated and collaborative process

The New Product Development process is structured in three main phases: quotation, prototyping, and pre-series. Each phase involves multidisciplinary teams and the supervision of the project manager. This integrated approach guarantees that every output is complete and that the information required for the following phase is always traceable and shared.

Design Tools and Expertise

We have an internal technical department, which every year dedicates over 12,500 hours to research and detailed design.

The use of advanced finite elements modeling (FEM) software integrated with solid modeling (CREO) allows us to design every detail with maximum precision, supported by the Windchill PDM/PLM system for structured management of technical documentation. We have designed 73 new monocoque cab models in the last 20 years, totaling 574 variants, in partnership with our internal production departments and with customers’ R&D departments.

Ergonomics, Safety and Certifications

The operator takes center stage during our design process: safety, ergonomics, visibility, and comfort guide every design choice. FEM simulations allow the cab strength to be certified in the event of roll-over (ROPS) and falling objects (FOPS). On request, prototypes can also undergo destructive testing, carried out in-house or by accredited laboratories. We are also able to develop projects which comply with specific directives, such as EN 15085-2 for the design and manufacture of railway vehicles.

Our Cab Design in Numbers
from initial design to prototype
0 months
from pre-series to series production
0 months
monocoque cab development potential / year
0 new models
FAQ
What phases does the cab design incorporate?

The design follows a structured path which starts out with the feasibility study, moves on to quotation, then prototyping, and concludes with the pre-series engineering, in order to ensure secure start-up of series production.

What does the internal prototyping consist of?

Internal prototyping allows the creation of a physical model of the cab, which is useful for testing technical solutions, verifying the ergonomics and safety, and supporting regulatory testing. This step allows validation of the design before series production.

What software tools are used during the design?

We use advanced software such as CREO for 3D modeling, and Windchill PDM/PLM for document management.

What does designing a safe cab involve?

Designing a safe cab involves the use of finite elements modeling (FEM), which allows the cab’s resistance to roll-over (ROPS) and falling objects (FOPS) to be verified.

Can we develop a product with you from scratch?

Yes, Forghieri can support customers through complete development of a new cab, using a co-design process or starting out from defined specifications.

Is it possible to request just some components instead of a complete cab?

Yes, our offering is flexible: we can design individual components, partially completed cabs, or complete cabs ready for installation on the vehicle.

Is the glass designed along with the cab, or separately?

The glass is designed as an integral part of the cab, when required by the customer's specifications. This integration ensures maximum consistency with the structure, and the best visibility and safety.

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