01
Tunable strength properties
Changing the winding angle and sequence produces different strength layers in the tube cross-section — the composite is matched to specific loads.
Mon–Fri · 08:00–16:00/
Services · Composite technologies
Composite tubes and parts — filament winding method
We design and manufacture composite tubes and laminating molds using the wet winding method. We combine in-house software, proven materials and a quality regime taken from the automotive industry.
Carbon · Glass · Kevlar — wet filament winding
Scroll↓
CMP · 01REV · 2026.05
01 — Introduction
Advanced composite technologies since 2023
Since 2023, Art Mech Studio has been developing custom and serial production of composite tubes using filament winding technology — wet fiber winding. This gives us a new level of flexibility in manufacturing parts with complex shapes and demanding mechanical parameters.
Tubes, profiles and composite sleeves are made for a specific application — from frames and drive shafts, through industrial optics mounts, to structural elements of R&D equipment. We support clients at every stage: from concept and laminate selection, through prototype, to short-series delivery.
02 — Material
Carbon fiber up close
03 — Process
Filament winding — technological excellence
Filament winding is an advanced manufacturing process in which a composite element is formed by winding fibers onto a core while maintaining a planned geometry. Carbon, glass or Kevlar fiber is impregnated with resin in real time and laid around the form at a defined angle.
We control the machine through in-house software that generates winding path code. This allows us to obtain optimal strength and repeatable mechanical parameters throughout the composite structure.
“WET”WINDING · LIVE
04 — Advantages
What filament winding delivers
02
Repeatability and linearity
Full process parameterization and precise machine control guarantee batch consistency — crucial for technical applications.
03
Operational efficiency
Less operator intervention reduces the risk of human errors and translates into a stable, predictable production flow.
04
Optimal material usage
Precise real-time fiber impregnation minimizes waste of expensive raw materials.
05
Scalability and versatility
Machines configured for parallel winding of multiple tubes open the path to both small batches and repeatable production.
05 — Molds and tooling
Custom composite molds
We design and manufacture laminating molds — from small punches to large-format dies. Each mold is built for a specific laminate, layup technology and target run.
06 — Partnership
Partnership for innovation
We don't only deliver finished components. We work with startups, engineering offices and R&D departments — we co-design the laminate, select the material and optimize the geometry for the target loads.
Our full scope of services includes proprietary technology and software generating machine code, supply of proven composite materials and production support — from a single prototype to a short run.
R&D
Laminate selection, simulations, iterative prototypes.
Production
Short and medium series with repeatable quality.
07 — Specification
Basic technical parameters
“SPEC”ZAKRES PRODUKCJI
- Shape / cross-section
- circle, square, polygon
- Diameters
- from 6 mm to 1000 mm
- Maximum length
- up to 2200 mm
- Materials / roving
- carbon, glass, Kevlar
- Cross-section accuracy
- approx. 0.1 – 0.2 mm
- Minimum wall thickness
- 0.8 mm
- Finish
- raw or clear lacquer
- Porosity and roving voids
- up to 7 %
- Composite tempering
- yes — selected cross-sections and sizes
08 — Inquiry
Need a composite tube or mold?
Describe the application, loads and timeline — we'll prepare a laminate proposal, process and quote. We respond within 48 hours.