AEROSPACE
CDS Airtek provides high-precision thermal processing equipment designed to meet the demands of the aerospace sector. Our systems are suitable for a range of materials, providing reliable temperature control, uniform heat distribution, and consistent results. By focusing on performance and operational efficiency, we help aerospace components achieve the required mechanical and chemical properties for safety-critical applications.
INDUSTRIAL FURNACES AND OVENS
Our industrial furnaces and ovens cover a wide range of aerospace processing needs. Batch furnaces are ideal for lower-volume or flexible production, while continuous furnaces support large-scale operations such as heat treatment, tempering, and component processing. Industrial curing ovens complement these systems for controlled low-to-medium temperature processes, including drying, pre-heating, material conditioning, and curing. All systems can be gas or electrically fired, with manual, semi-automated, or full PLC control to suit operational requirements.
HEAT TREATMENT OVENS AND FURNACES
Aerospace manufacturing often demands tightly controlled heat treatment to achieve the required material properties and process consistency. CDS Airtek supplies ovens and furnaces designed to support repeatable heat treatment across a wide range of aerospace materials and components, helping manufacturers maintain quality and control throughout production.
CONTINUOUS PROCESSING FOR AEROSPACE MATERIALS
For operations requiring uninterrupted production, our continuous furnace and oven systems are fully automated and capable of precise temperature management. Chain and mesh belt, roller, and pusher furnace designs ensure safe, repeatable, and efficient processing of aerospace metals and other engineered materials. Continuous operation improves throughput while maintaining the exacting standards necessary for aerospace manufacturing.
AMS2750G / NADCAP OVENS AND FURNACES
Where aerospace processing standards require enhanced thermal control, CDS Airtek can provide AMS2750G / NADCAP compliant ovens and furnaces designed for temperature uniformity, control accuracy, and reliable repeatability. These systems support customers working to tightly specified process requirements across aerospace production and component treatment.
R-O2 INTEGRATION
CDS Airtek also integrates R-O2 solutions into aerospace thermal processing systems, improving environmental performance and process efficiency without compromising thermal control. This technology complements our ovens and furnaces, providing additional support where precision is critical.
CDS Airtek equipment is designed to handle a broad spectrum of aerospace materials. Our systems deliver the thermal control needed for stress relieving, hardening, curing, or oxidation treatment. Consistency and precision in these processes help extend component lifespan and support compliance with industry requirements.
Every aerospace project presents unique challenges. CDS Airtek works closely with clients to design bespoke furnaces and industrial ovens tailored to specific requirements. From small batch processing to large-scale continuous systems, our solutions maintain exact temperature control and uniformity across the workspace. This approach helps ensure critical materials such as titanium alloys, nickel-based superalloys, and carbon composites are processed safely and reliably.
NSTALLATION, AFTERCARE AND SUPPORT
CDS Airtek provides comprehensive support to keep equipment operating at peak performance. Services include installation, commissioning, maintenance, spare parts supply, and technical consultancy. Our team also offers process optimisation advice to help clients improve production efficiency and ensure safe, reliable operation.
OTHER INDUSTRIES WE COVER
WHY CHOOSE CDS AEROSPACE THERMAL PROCESSING SOLUTIONS
SALES | SUPPORT
As a dynamic organisation that currently employs over 60 staff in its UK offices alone, we’re proud to offer a range of services, including research and development, as well as expert advice provided on a consultation basis.
