Aerospace & Advanced Composites
High-performance composite solutions engineered for the demanding requirements of the global aerospace industry. Our advanced materials expertise, precision manufacturing capabilities, and robust quality systems position us as a trusted partner for aerospace OEMs, space institutions, and defense programs.
From lightweight aerospace structures to high-accuracy master models and CFRP tooling, we provide end-to-end composite engineering support—from concept to qualification.
Capabilities
- Autoclave-cured composite components
- High-strength CFRP laminates and sandwich structures
- Aerospace-grade vacuum infusion and prepreg processing
- High-precision trimming, bonding & assembly
- AS9100-aligned manufacturing practices
Aerospace Components
Design and manufacturing of structural and non-structural aerospace components using carbon fibre, glass fibre, and hybrid composite systems.
- Fairings (Nose, Wing, Tail & Fuselage fairings)
- Radomes & Antenna Covers
- Control Surfaces (Ailerons, Flaps, Spoilers)
- Interior Panels (Sidewall, Ceiling & Floor Panels)
- UAV Structures & Airframe Components
- Access Panels, Brackets & Composite Stiffened Panels
- Battery Support Structures and Covers
- Airframe & Fuselage Structures
- Rotor Arms & Propulsion Support Structures
- Rotor Blades & Propellers
- Winglets, Control Surfaces, Fairings
- Internal Structural Beams & Brackets
Master Models & Aerospace Tooling
We produce high-accuracy master models, moulds and fixtures for aerospace production using 5-axis machining and advanced composite tooling materials.
Master Models:
Quality & Certifications
AS9100-
compliant processes
NADCAP-
aligned curing and processing
Full material traceability & process documentation
Dimensional validation through CMM & laser scanning
Engineering & Technical Expertise
- Composite structural design & analysis
- Tool design & manufacturing engineering
- Finite Element Analysis (FEA)
- Reverse engineering & 3D digital modelling
- Process simulation & optimization
- Prototype development and rapid iteration
Materials & Processes
- Prepreg (CFRP, GFRP)
- Sandwich structures: Balsa, PET & PVC cores
- Autoclave and Out-of-Autoclave (OOA) curing
- Vacuum bagging & Resin Infusion
- High-temperature epoxy systems
- Conductive & RF-transparent materials (for radomes)
Industries Served
Commercial & Military Aerospace
UAV & Drone Manufacturers
Space & Satellite Components
Defence & Strategic Programs
Research Laboratories & Institutions
CFRP Tooling
Indutch manufactures lightweight, high-temperature, autoclave-compatible CFRP tools, including:
Lay-up moulds
Curing & bonding fixtures
Assembly & drilling jigs
Trimming & inspection fixtures
Advantages of CFRP Tools
- High Thermal Stability
- Reduced Cycle Time
- Reduced Cycle Time Longer Tool Life
- High Thermal Stability
- Lightweight
- Easy Handling