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Advanced Composite Manufacturing
Advanced Composite Manufacturing
Hand lay-up, vacuum infusion and prepreg processes for high-precision, repeatable composite structures — both custom and series production.
Detail
[ 01 ] Piri Composite Systems
AdvancedCompositeManufacturing
Piri Composite Systems designs and manufactures lightweight, durable and high-performance composite structures for marine, industrial and professional applications. Real production capability, engineering depth and OEM-ready manufacturing.
Spec / SheetREV.04
- ResinVinylester / Epoxy
- ReinforcementCF · Aramid · GFRP
- CoreFoam Core
- MethodHand / Vacuum / Infusion
- OutputMarine · OEM · Industrial
Production currently active
Scroll · DownBuilt for Strength · Designed for Reliability↓ 01 / 08
[ 02 ]Capabilities
Engineering depth. Real manufacturing.
Design, tooling, lamination and finishing — all under one roof. Consistent quality from low-volume custom builds to OEM series.
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Lightweight Structural Solutions
Lightweight Structural Solutions
Sandwich-core architectures and advanced lamination delivering high strength-to-weight structural panels and shells.
Detail
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Marine & Industrial Composites
Marine & Industrial Composites
Long-life, corrosion-resistant composite systems for hulls, industrial enclosures and mission-specific parts.
Detail
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Prototype & Mold Manufacturing
Prototype & Mold Manufacturing
Concept-validation prototypes, master plugs, female/male tooling and production-ready molds for OEM series work.
Detail
+High-Performance Parts
+OEM / Subcontract Manufacturing
+Custom Lamination Systems
[ 03 ]Engineering & Production Technologies
From design to tooling — a digital manufacturing stack.
Composite work isn't only lamination. From design to tooling, prototype to series, we run the full digital and physical pipeline in-house.
/01CNC
CNC Machining
Precision machining solutions for molds, plugs, composite tooling and functional prototypes.
3-5 AXIS · ±0.05 MM
/02RE
Reverse Engineering
High-precision 3D scanning and CAD reconstruction for legacy parts, marine structures and industrial components.
3D SCAN · MESH · CAD
/03CAD
CAD Design
Structural-engineering-driven parametric design, including lamination plans and mold parting lines.
PARAMETRIC · DFM
/043DP
Additive Manufacturing
Rapid prototyping and low-volume production using industrial-grade 3D printing technologies.
FDM · SLA · ITERATE
/05MLD
Tooling & Mold Development
Master plugs, female/male molds, mold correction and high-durability tooling for series production.
PLUG · MOLD · TOOLING
/06DM
Digital Manufacturing
Continuous flow of CAD → CAM → CNC → lamination — a data-driven production line.
CAD · CAM · CNC
ISTANBUL · 6 DISCIPLINES · ONE ROOF
[ 04 ]Industries
Three sectors, one manufacturing discipline.
Each sector carries its own performance and certification demands. The same engineering rigor, tailored to sector-specific composite needs.
LAYUP/MAR
01/03
Marine Composite Structures
Marine
Hulls, decks and structural composite parts. Lamination systems built to withstand water, salt and UV exposure.
- Hull
- Deck
- Hatch
- Custom Parts
LAYUP/IND
02/03
Industrial Composite Solutions
Industrial
Industrial coatings, corrosion-resistant equipment housings and custom-engineered composite components.
- Housings
- Tanks
- Panels
- Custom Tools
LAYUP/PRO
03/03
Professional Applications
Professional
High-strength, lightweight and durable parts for mission-specific, defense and field-grade professional use.
- Defense
- OEM
- R&D
- Field
[ 05 ]Material Library
Spec sheet — the materials we use.
Every application has its own load, environment and cost profile. We match resin and reinforcement systems to those requirements.
| Code | Material | Type / EN | Class | Profile | Use | Unit | |
|---|---|---|---|---|---|---|---|
 | M-01 | Carbon Fiber | Carbon Fiber | Reinforcement | High Modulus / High Strength | Marine · Structural · Performance | 200–600 g/m² |
 | M-02 | Kevlar / Aramid | Aramid Reinforcement | Reinforcement | Impact / Abrasion | Defense · Marine · Industrial | 170–450 g/m² |
 | M-03 | Fiberglass | E-Glass Fabric | Reinforcement | E-Glass · Multi-Axial | Marine · Industrial Coating | 300–1200 g/m² |
 | M-04 | Vinylester Resin | Vinylester | Matrix | Corrosion Resistance | Marine · Chemical Tanks | — |
 | M-05 | Polyester Resin | Polyester | Matrix | General Purpose / Cost-Efficient | Marine · General Lamination | — |
 | M-06 | Epoxy Resin | Epoxy | Matrix | High Strength / Adhesion | Structural · Performance · OEM | — |
 | M-07 | Foam Core | Structural Foam | Core | Sandwich Structure | Lightweight Structural Panels | 60–200 kg/m³ |
- M-01ReinforcementCarbon FiberCarbon Fiber
- Profile
- High Modulus / High Strength
- Use
- Marine · Structural · Performance
- Unit
- 200–600 g/m²
- M-02ReinforcementKevlar / AramidAramid Reinforcement
- Profile
- Impact / Abrasion
- Use
- Defense · Marine · Industrial
- Unit
- 170–450 g/m²
- M-03ReinforcementFiberglassE-Glass Fabric
- Profile
- E-Glass · Multi-Axial
- Use
- Marine · Industrial Coating
- Unit
- 300–1200 g/m²
- M-04MatrixVinylester ResinVinylester
- Profile
- Corrosion Resistance
- Use
- Marine · Chemical Tanks
- Unit
- —
- M-05MatrixPolyester ResinPolyester
- Profile
- General Purpose / Cost-Efficient
- Use
- Marine · General Lamination
- Unit
- —
- M-06MatrixEpoxy ResinEpoxy
- Profile
- High Strength / Adhesion
- Use
- Structural · Performance · OEM
- Unit
- —
- M-07CoreFoam CoreStructural Foam
- Profile
- Sandwich Structure
- Use
- Lightweight Structural Panels
- Unit
- 60–200 kg/m³
DOC · MAT-LIB / Rev.0507 / 07 ITEMSAll figures are typical ranges.
[ 06 ]Philosophy
Güç İçin Üretildi. Güvenilirlik İçin Tasarlandı.
Built for Strength.
Designed for
Reliability.
Every composite part is built around structural durability, material quality and long-term performance. Done right, composite work is an engineering discipline — we treat it as a manufacturing culture.
6
Engineering disciplines
3
Industry sectors
End-to-End
Design to delivery
- ✓Structural engineering & lamination plan
- ✓End-to-end flow from design to delivery
- ✓Custom manufacturing for marine, industrial and professional applications
[ 07 ]Works
From the production floor.
From composite lay-up to CNC cutting, mold patterns to large-format 3D printing — frames from our in-house manufacturing pipeline.
CMP · Production
Composite Part Production
High-precision composite parts via carbon fiber lay-up, vacuum infusion and hand lamination processes.
CNC · Cutting
CNC Cutting
Multi-axis CNC precision cutting of composite panels and sheet stock — for tooling and part preparation.
MLD · Pattern
Mold Pattern Production
Master plug and pattern fabrication for mold manufacturing; the foundation of series-ready tooling.
3DP · Facility
Large-Format 3D Printer
In-house gantry-style FDM printer providing broad-scale print capacity for full-size models.
3DP · Master
Master Pattern Print
Structural master pattern work produced via large-format FDM ahead of mold development.
3DP · Industrial
Industrial Form Print
Single-piece housing modeled and produced via large-format FDM for an industrial application.
3DP · Tubular
FDM Tubular Form
Thin-walled tubular form and profile study printed as a single piece via FDM.
3DP · Material
Color & Material Study
Test prints across filament colors and materials; surface quality and color evaluation.
CAD · Concept
Multi-Cavity Housing
Industrial-use housing concept designed with multi-cavity slots and surface transitions.
ISTANBUL · MANUFACTURING · WORKSHOP ARCHIVE
[ 08 ]Contact
Got a production brief? Let's talk.
Share your project brief and we'll come back with technical guidance on material selection, tooling planning and series production flow.
Location
Production Flow
- /01Brief & Engineering Discussion
- /02Material & Lamination Plan
- /03Prototype / Mold Manufacturing
- /04Series Production & QC
Capacity available for new orders