Custom Engineering for Aerospace Innovation
A leading Spanish manufacturer of aerospace engine components has bolstered its R&D capabilities by commissioning a highly customized Vector® vacuum furnace from SECO/WARWICK. Destined for deployment within the company’s newly erected research facility, this advanced system will serve as a pivotal instrument in the pursuit of enhanced aviation technologies.
Proven Reliability and New Applications
Already a user of SECO/WARWICK vacuum systems in its manufacturing lines, the partner sought to expand its metallurgical toolkit by integrating a laboratory-grade solution tailored for experimental material testing.
“Our technologies once again find their place in the heart of research initiatives,” noted Maciej Korecki, Vice President of SECO/WARWICK’s Vacuum Furnace Segment. “These compact, finely modified Vector units serve dual roles—equally at home in scientific institutions and high-performance production environments where innovation is paramount. While this particular furnace isn’t slated for serial production, its influence on developing aerospace advancements will be substantial. SECO/WARWICK distinguishes itself by maintaining a robust R&D infrastructure—one we willingly share with partners eager to experiment with novel thermal solutions or validate furnace configurations before committing to full-scale implementation.”
Adapted for Experimental Excellence
The client’s current operation—a state-of-the-art production facility with a rich legacy in aircraft engine component manufacturing—will now be complemented by this tailored research-oriented Vector.
The delivered vacuum furnace is equipped with a custom-engineered cooling configuration and features an overhauled heating chamber, accommodating a working zone of 1,000 x 400 x 1,000 mm. This adaptation enables precise experimental processing aligned with the project’s rigorous thermal specifications. Moreover, the furnace integrates a temperature uniformity system capable of exceeding 1,300°C, ensuring ideal conditions for critical metallurgical trials on aerospace parts.
Vacuum Furnace Versatility and Advanced Features
Renowned for its adaptability, the Vector vacuum furnace stands as one of SECO/WARWICK’s flagship technologies. Its time-tested framework supports a myriad of personalization options—effectively transforming each system into a singular, purpose-built tool.
The unit configured for this research hub is equipped with dual gas capability: argon for maintaining process purity in line with exacting aviation standards, and nitrogen for quenching operations. Dew point sensors for both gases have been included, mitigating one of the more elusive risks in heat treatment—moisture condensation that can trigger surface oxidation during processing.
Among its suite of high-performance features is isothermal quenching, which facilitates superior thermal control throughout the cooling phase. The inclusion of a variable-frequency drive for blower regulation further enhances this precision.
Proactive Monitoring for Peak Performance
Another standout integration is SECO/Predictive—a forward-looking monitoring and diagnostic platform that empowers operators to identify and avert malfunctions before they manifest. This proactive intelligence not only preserves system uptime but also extends the operational longevity of the equipment.
Explore the Vector Furnace Lineup
To explore the broader portfolio of vacuum heat treatment systems offered by SECO/WARWICK, including their full line of VACUUM FURNACES, visit their official site. These cutting-edge systems serve industries ranging from aerospace to medical, pushing the boundaries of material performance.
Continuing a Legacy of Aerospace Excellence
By tailoring its Vector furnace to the specialized requirements of aviation R&D, SECO/WARWICK once again affirms its reputation as a partner in both innovation and precision thermal engineering.