International
ATL Turbine Services expands its thermal spray capabilities with the Surface Two system – enabling advanced coating solutions for turbine components - © ATL Turbine Services
17.11.2025

Joining Forces to Expand Thermal Spray Capabilities

Dundee-based ATL Turbine Services has expanded its technological capabilities by investing in the Surface Two thermal spray system from Oerlikon. This strategic move underlines ATL’s commitment to delivering high-performance, precision-engineered coating solutions for turbine components across the aerospace, energy and industrial sectors. The Surface Two system, developed by Oerlikon Metco, is designed for scalable, IIoT-enabled thermal spray applications and offers increased capacity, readiness for automation and consistent process performance. With the ability to handle components up to 2,000 mm in diameter and 1,500 mm in height, the system is ideally suited to ATL’s focus on servicing medium-to-large turbine parts to the highest quality standards.

“This investment reflects our commitment to innovation and to providing our customers with the most advanced and dependable coating technologies available,” says Tom Hanratty, Business Development Manager. “Surface Two™ gives us the flexibility and performance we need to support future growth and evolving customer requirements.” The new system has been fully integrated into ATL’s production environment, supporting both refurbishment and new component coating processes. Its smart manufacturing features – including the MultiCoat 5 controller and Clarity2 user interface. “Oerlikon is delighted to partner with ATL as the launch customer for the new Surface Two – the first installation worldwide – further strengthening the long-term relationship between our two organisations, states Dejan Meyer, Project Manager.” This investment forms part of ATL’s broader initiative to increase automation, enhance sustainability and reinforce its position as a trusted partner in turbine technology.

(Source: ATL Turbine Services)

Schlagworte

AerospaceAutomationAutomotiveCoatingEnergyIIoTIndustrySemiconductorsSurface TreatmentSurfacingSustainabilityThermal SprayThermal Spray BulletinTSB

Verwandte Artikel

Abrasive construction affects both material removal and surface quality. More rigid products generally cut more aggressively, while flexible backings can better follow contours and produce a more refined finish.
29.09.2026

Designing Abrasive Processes for Modern Metal Fabrication

As automation, labour shortages and tighter process expectations reshape metal fabrication, grinding and finishing operations need to become more deliberate, repeatable a...

Abrasives Automation Finishing Grinding Metalwork Robotic Welding Skills Stainless Steel Steel Weld Weld Seam Welding
Read more
Automatisierte Schweißzelle mit sensorisch überwachtem Prozess
29.09.2026

KI gestützte Schweißautomation mit klaren Freigabegrenzen

KI kann Schweißprozesse beobachten, Abweichungen priorisieren und Bediener bei der Diagnose unterstützen. Handlungsfähig wird sie jedoch erst durch eine klar getrennte Ke...

Automation Freigabelogik KI Agenten Prozessüberwachung Schweißautomation Schweißen Wiederanlauf
Mehr erfahren
28.09.2026

Universal Robots Unveil New Platform for Industrial Automation

Redesigned from controller to tool flange, the new Gen 7 robot platform is out-of-the-box AI-ready, giving companies the software tools and connectivity that they need to...

AI Automation Cobot Welding Cobots Robots Welding
Read more
DVS Group
28.09.2026

Finalist für das IGF-Projekt des Jahres 2026

Das Projekt „NbC-basierte Hartmetallzusammensetzungen als strategischer Werkstoffersatz für WC-Co in der Oberflächentechnik“ der Forschungsvereinigung Schweißen und verwa...

Automobilindustrie Beschichtungen Bremsscheiben Forschungsvereinigung IGF Industrielle Gemeinschaftsforschung KMU Kritische Rohstoffe Niobcarbid Oberflächentechnik Thermal Spray Bulletin TSB Verschleißschutz
Mehr erfahren
Das Bild dient als grafische Darstellung der Themen der NexGeM.
27.09.2026

NexGeM: Neue Messe für Digitalisierung im Werkzeugmaschinenbau

KI, Digitalisierung, Automation und datenbasierte Prozesse verändern die industrielle Produktion. Mit der NexGeM entsteht parallel zur Hannover Messe 2027 eine Plattform...

Automation Digitalisierung Effizienz KI Künstliche Intelligenz Messe Produktivität Werkzeugmaschinen Werkzeugmaschinenbau Wertschöpfungskette Wettbewerbsfähigkeit
Mehr erfahren