Ciera Technologies delivers advanced carbon fibre, aramid, and hybrid composite structures — backed by 14 specialized machines and processes for aerospace, defence, and space programmes.
To build an Integrated Aerospace and Defence Centre of Excellence — a world-class composite manufacturing hub aligned with our values, culture and the greater purpose of serving India's aerospace ecosystem.
Ciera Technologies aims to provide a one-stop solution for all Aerospace and Defence composite needs — delivering world-class quality, on-time delivery, and cost-effective manufacturing by following industry best practices.
To build a foundation of Trust and Innovation in Aerospace and Defence composite manufacturing — contributing to India's self-reliance in critical aerospace structures and next-generation defence systems.
Robotic Welding, TIG-MIG Welding, Heavy Machinery, Component Machinery, Steel Sheet Rolling, High Pressure Testing.
Sheet Metal Fabrication for both Ferrous and Non-Ferrous materials, TIG-MIG Welding, Laser Cutting & Bending.
CNC Machining — 3 Axis to 5 Axis components for Aerospace applications. Complete sub-assembly and integration services.
Aerospace Composite Division — a Centre of Excellence for composite structures for Aerospace and Defence. 14 specialist machines on-site.
From precision machining to full aerospace composite assemblies — Ciera Technologies offers end-to-end manufacturing capabilities across 10 core disciplines, all under one roof in Hyderabad.
Our composite shop is equipped with 14 specialized machines and processes — each engineered and qualified for aerospace-grade production under AS9100D quality protocols.
High-pressure, high-temperature systems delivering void-free laminates. Multi-zone SCADA-controlled cure up to 200°C / 10 bar for flight-critical composite structures.
Autoclave · AS9100D
Industrial curing ovens for aerospace prepreg and adhesive bonding. Precision temperature uniformity within ±2°C with programmable cure profiles.
Oven Cure · Prepreg
CNC-controlled filament winding for high-strength cylindrical structures. Optimised fibre placement for pressure vessels, rocket motor casings, and structural tubes.
FWM · Multi-Axis
Precision prepreg tape winding for consistent, repeatable aerospace composite tube and profile production. Handles various tape widths and fibre architectures.
Tape Winding · CFRP
High-tonnage heated hydraulic presses for compression moulding of thermoset and thermoplastic parts. Heated platens with uniform pressure up to 3000 kN.
Hydraulic · Heavy Duty
In-house prepreg manufacturing for carbon fibre, glass, and aramid systems. Hot-melt impregnation lines producing aerospace-qualified prepreg to AMS specifications.
Pre-preg · In-House
4-axis CNC filament winding machine upgraded through in-house retrofitting — modernised controls, drives, and programming for high-precision helical and hoop winding of aerospace-grade composite shells.
CNC · 4-Axis · Retrofitting
Large-format vacuum-assisted infusion and Resin Transfer Moulding for complex aerospace geometries. Achieves high fibre volume fractions with low void content.
RTM · VARTM · Infusion
In-house Invar, carbon-faced CFRP, and monolithic composite tooling. Matched-die and female mould systems engineered for thermal compatibility and dimensional repeatability.
Invar · CFRP Tooling
Special Purpose Machines designed for composite winding operations — custom-built for niche aerospace requirements, non-standard mandrel geometries, and multi-axis fibre paths.
SPM · Custom Winding
Precision drying of aerospace composite raw materials and intermediates. Low-temperature vacuum drying preserves resin systems and fibre sizing before layup operations.
Vacuum Dryer · Aerospace
Resin Vacuum System — advanced vacuum management for composite infusion and bagging. Ensures uniform vacuum integrity throughout the cure cycle, minimising porosity in flight-critical laminates.
RVS · Vacuum IntegrityClosed-loop resin handling and metering for RTM and infusion. Precise ratio control, degassing, and temperature management for consistent resin properties.
CRMS · Closed-LoopBespoke machines engineered for specific aerospace composite manufacturing tasks — from automated fibre placement assistants to custom consolidation presses. Each SPM designed and validated to programme requirements.
SPM · Bespoke · AerospaceHigh-stiffness carbon fibre skirt stiffener assemblies for aerospace and launch vehicle applications. Manufactured to tight dimensional tolerances with full NDT and material traceability documentation.
Precision-machined metallic inserts, brackets, and interface hardware for HD2 CRMC composite assemblies. Full material certificates and dimensional inspection reports supplied with every order.
Lightweight composite bulkhead structures for TDSMC programmes. Carbon fibre sandwich construction with metallic interface rings, produced under NADCAP-approved processes with full first-article inspection.
End-to-end partnership programmes — from Government-Owned Company-Operated projects to day-to-day maintenance and full-scope operations — keeping your aerospace composite facilities at peak performance.
Government-Owned, Company-Operated project delivery for defence and space sector facilities. We bring proven aerospace composite manufacturing expertise to government-owned production lines — enabling sovereign capability with industry efficiency and accountability.
Comprehensive scheduled maintenance for aerospace-grade composite machinery — autoclaves, CNC machining centres, filament winders, hydraulic presses, and all associated equipment. Planned preventive maintenance aligned to your production calendar ensures zero unplanned downtime.
Full-scope Operations and Maintenance contracts for aerospace composite shop floors. Our experienced engineers manage day-to-day machine operation, preventive maintenance, troubleshooting, and compliance — freeing your team to focus on production.
A rigorous, gate-controlled manufacturing process built to satisfy AS9100D, NADCAP, and customer-specific quality plans.
DFM analysis, ply orientation review, and tooling strategy agreed with engineering.
Invar or CFRP mould fabricated, thermally mapped, and validated prior to first article.
Prepreg or dry fibre placed per traveller card in Class 100K cleanroom.
Autoclave or oven cure per qualified cycle. Bagging removed, part released.
Dimensional CMM, NDT C-scan, and full CoC package released before delivery.
Our quality management systems, facilities, and personnel are independently audited and approved to the most stringent aerospace standards.
Aerospace QMS — DNV GL audited
Heat Treatment, NDT and Composite Fabrication accredited
Production organisation approval for composite parts
Quality management system for commercial programs
Talk to our engineering team about composite structures, machine capabilities, AMC, or O&M contract requirements.
Plot 4/12, SY No 519, Nadergul,
Balapur, RR District, Hyderabad
Plot 4/31, SY No 519, Nadergul,
Balapur, RR District, Hyderabad
+91 80 25724572
+91 80 25723572
raju@cieraindia.com
mohan@cieraindia.com
Ciera Technologies Pvt Ltd
316, 14th B Cross, 7th Main Road,
HSR Layout, 6th Sector, Bangalore - 560102.
Ciera Technologies Pvt Ltd
32-1, 14th Cross, 9th Main,
HSR Layout, 6th Sector, Bangalore - 560102.
Ciera Technologies is proud to have delivered precision aerospace composite structures and services to some of India's most prestigious space, defence, and industrial organisations.
Proven track record — Ciera Technologies has successfully supplied aerospace-grade composite structures, precision machined parts, and specialised machines to India's premier space and defence establishments, meeting the most stringent quality and compliance requirements.