UAVOS has successfully completed and internally validated a new high-efficiency composite curing oven engineered for the stringent demands of aerospace manufacturing. The top-loaded system delivers precise temperature control
up to 200 C with programmable ramp-and-soak profiles and uniform heat distribution, enabling consistent and repeatable curing of advanced composite laminates and structures. Final performance testing confirmed stable thermal operation with 1.7 C uniformity, positioning the oven as a production-ready solution that enhances quality, reduces scrap, and improves energy efficiency in composite processing workflows

Key features of the UAVOS composite curing oven include:

• Precision temperature control
• Operating range from ambient to 200 C
•  Programmable ramp-and-soak profiles
• Powerful 2kW heating capability
• Touchscreen controlled precision ramp up and cool down temperature profiles

During testing, the oven demonstrated temperature uniformity within  1.7 C, ensuring consistent and repeatable curing results. The system rapidly reached programmed setpoints and maintained stable thermal conditions throughout the entire heating and cooling cycle, in accordance with defined process specifications.

Designed to operate at temperatures of up to 200 C, the oven incorporates an advanced airflow architecture driven by dual high efficiency recirculating fans. This configuration delivers excellent heat distribution while significantly reducing energy consumption compared to conventional composite curing ovens, supporting UAVOS commitment to efficient and sustainable manufacturing technologies.

With final validation completed, the composite curing oven is now ready for operational deployment.

Aliaksei Stratsilatau, Founder and CEO of UAVOS, said:  Industry data shows that the use of dedicated composite curing ovens in aerospace manufacturing can reduce scrap rates by up to 20 30%, lower energy consumption by approximately 15 25%, and improve overall production efficiency by 10 20% through better process control and repeatability.