Product geometry
Translate use, handling, nesting and presentation requirements into manufacturable geometry.
Tooling engineering
Precision moulds and tooling for fibre products.
Smartfib engineers the product and its tooling as one manufacturing system—so geometry, quality, cycle time and repeatability are resolved before production scales.
Why tooling matters
The mould determines more than shape.
A production tool controls fibre distribution, water removal, transfer, surface finish, dimensional stability, release and stackability. Weak tooling decisions reappear later as quality loss, longer cycles and unstable production.
Engineering scope
What we resolve before the tool reaches production.
Each decision is evaluated against product performance, manufacturing stability and the expected production volume.
Drainage and venting
Control water removal, fibre distribution, release and local surface quality.
Shrinkage compensation
Anticipate dimensional change through forming, hot pressing, drying and conditioning.
Surface engineering
Balance release, texture, finish, cleaning and long-term tool performance.
Stackability
Engineer stable nesting without locking, abrasion or excessive stack height.
Production repeatability
Design for predictable cycles, maintenance access and consistent part quality.
01
→Product review
Application, dimensions, use conditions, annual volume and target production process.
02
→Tooling engineering
Geometry, drainage, venting, shrinkage, transfer, release and surface requirements.
03
Production support
Trials, process setting, quality stabilisation, maintenance and improvement.
Start the conversation
Have a fibre product, sample or concept?
Share the application, expected annual volume and current development stage. CAD review can be added in the next release; the initial engineering discussion starts now.