Laser cutting for tyre prototyping and pilot series
Accelerate tyre development with precise laser-cut tyre prototypes for real-world evaluation.
Bridge the gap between the first CAD design and serial production with high-precision tyre laser cutting. The Zenna Flexcutter Tyre enables tyre manufacturers to produce prototype tyres, pilot series and tread design samples quickly and efficiently.
Instead of waiting for new moulds, R&D teams can cut tread patterns directly into tyres to create realistic prototypes for vehicle testing, internal validation and customer presentations. This allows tyre manufacturers to evaluate new tread concepts much earlier in the development process.
From CAD design to real tyre prototype
In tyre development, there is often a crucial phase between the first digital design and full-scale production. During this stage, manufacturers need a small number of physical tyres to validate a concept before committing to expensive production tooling.
The Flexcutter Tyre is specifically designed for this stage.
Using advanced tyre laser cutting technology, manufacturers can transform a digital tread design into a physical tyre prototype within a short time. This makes it possible to move from CAD design to real-world evaluation much faster.
Prototype tyres can be used for:
- vehicle testing
- internal R&D evaluation
- design validation
- customer demonstrations
- marketing and product launch preparation
This makes laser cutting an ideal solution for tyre manufacturers that need functional prototypes before serial production begins.
True tyre prototyping without production tooling
The Flexcutter Tyre is built for true tyre prototyping. It is not intended for mass production, but for the development phase where manufacturers need a limited number of tyres to test and validate new designs.
By cutting tread patterns directly into tyres, development teams can evaluate real tyre performance without waiting for production moulds to be manufactured.
This reduces development time and allows engineers to iterate on tread designs much more quickly.
Accelerate tyre development and testing
Tyre development only becomes meaningful once a design can be tested in real-life conditions. Laser cutting technology enables manufacturers to move quickly from digital concept to physical tyre prototype.
Instead of discussing a design only in CAD, teams can test and evaluate real tyres much earlier in the development process.
This significantly shortens development cycles and improves collaboration between engineering, product and commercial teams.
Using the Flexcutter Tyre, R&D teams can produce tyres that are ready for:
- on-vehicle testing
- tread performance evaluation
- concept validation
- internal product reviews
Create pilot series for validation and presentation
Before launching a new tyre design into serial production, manufacturers often need a limited number of tyres for validation and presentation.
The Flexcutter Tyre allows manufacturers to create small pilot series that can be used for both technical and commercial purposes.
Pilot series can be used for:
Technical validation
Prototype tyres can be tested on vehicles or in controlled testing environments to evaluate tread behaviour and performance.
Customer presentations
Physical tyre samples make it easier for customers to understand and assess a new design compared to a digital model.
Marketing and launch preparation
Prototype tyres can be used for product photography, exhibitions, trade fairs and marketing materials before production starts.
By producing realistic tyres early in the development process, manufacturers can present and validate new designs with confidence.
Precision tyre laser cutting technology
Zenna’s Flexcutter Tyre uses advanced laser cutting technology designed specifically for processing rubber materials used in tyre manufacturing.
Because the process is digitally controlled, engineers can quickly apply new tread designs and produce updated prototypes without mechanical adjustments.
Laser cutting offers several advantages compared to traditional mechanical processes:
- highly precise tread geometry
- consistent cutting depth
- no mechanical tool wear
- minimal material stress
- fast implementation of design changes
The Zenna Flexcutter Tyre
The Zenna Flexcutter Tyre is developed for tyre manufacturers who need speed, flexibility and precision in the prototyping stage of tyre development.
The system enables R&D teams to:
- produce tyre prototypes quickly
- create pilot series for testing
- modify tread designs directly on tyres
- generate physical samples for evaluation and presentation
This allows manufacturers to move from concept to physical prototype much faster, while reducing the need for early-stage production tooling.
Contact us to experience the difference
Looking for a faster way to move from tread design to physical tyre prototype?
The Flexcutter Tyre helps tyre manufacturers produce prototypes, pilot series and presentation samples for testing, validation and marketing purposes.
Contact Zenna Laser Solutions to discuss how laser cutting technology can support your tyre development process.
Frequently asked questions
What is tyre laser cutting?
Tyre laser cutting is a process in which a high-precision industrial laser is used to cut tread patterns into tyres and to add marking to the side of the tyre. This technology allows manufacturers to quickly produce prototype tyres and design samples during the development phase.
Can prototype tyres be tested on vehicles?
Yes. Prototype tyres produced using laser cutting can be used for real-world vehicle testing to evaluate tread performance and driving characteristics.
Is the Tyre cutter flexible to design changes?
Yes. The tyre cutter is very flexible due to its enhanced software. Iterations or modifications can be applied easily and fast.