From melting to end-of-line — single-source engineering, manufacturing and commissioning for your entire aluminium production facility. 18+ years of expertise, 100% domestic engineering, turn-key integration.
Scrap & Ingot
Stable Temp.
Inline Refining
Vertical Direct Chill
Microstructure
Precision Saw
NDT Quality
Billet & Die
T5/T6/T7
Logistics
Entire line from a single engineering team — furnace, automation, mechanical and process data from one supplier; integration and maintenance simplified.
Regenerative burners, heat-recovery treatment, smart recipe management — 20%+ savings in operational costs.
Patent-pending in-line UT system. AMS 2154, ASTM B594, EN 12804, MIL-STD-2154 and AQAP-2110 compliant design.
All mechanical and electrical components in our own facility. Spare parts in stock, fast service, low TCO.
Native PLC + SCADA + IIoT integration on Siemens / Allen-Bradley platforms. OPC-UA-ready data layer.
Exports to 7+ countries. On-site installation, FAT/SAT, operator training, lifetime engineering support.
High-performance solutions for efficient aluminium melting and stable temperature holding throughout the process. Capacity-specific melting/holding furnaces, optimised for homogeneous temperature distribution and low energy consumption.
Dissolved hydrogen and oxide particles cause porosity, cracks and segregation in billets. Inline rotary degassing + ceramic foam filter + heat-controlled launder systems bring metal quality to aerospace grade.
Industry standard for aluminium billet and slab production. The GUMEN VDC system operates fully integrated with melting/degassing line; automatic casting speed control, water flow management and recipe-based parameter recording.
Heterogeneous microstructure, segregation and dendritic structure after VDC casting cause extrusion defects. Homogenization diffuses alloy elements into the matrix for a homogeneous structure; profile quality and die life increase.
Billet temperature and uniformity entering the extrusion press directly affect profile quality and die life. Taper-temperature profile (rising temperature end-to-end) optimises pressure management.
Heat treatment is a critical process for extrusion and casting plants — improving the mechanical properties of profiles and cast parts. Solution treatment, quench, artificial ageing (T5/T6/T7) — complete solution under a single facility.
Critical for aerospace and defence industries. After solution treatment, aluminium structural parts are dropped into the quench tank within seconds — cooling time minimised, T6/T7 strength maximised. Ideal for structural wing components, landing gear and engine parts.
Batch, continuous and bell-type furnaces for annealing aluminium coil, foil and strip. Hydrogen/nitrogen atmosphere control, controlled heating-cooling ramps, surface quality preserving design for flat/bright surface output.
Controlled low-temperature ageing after solution treatment + quench — optimises alloy hardness and strength. Forklift or conveyor loading, multi-shelf, precise temperature control (±2 °C). For extrusion profiles and cast parts.
Quality control is the most critical link in the aluminium billet casting process. Patent-pending, integrated into the VDC casting line, in-line automatic UT scanning — eliminates dependency on traditional offline UT labs. The only domestic system with this architecture in Türkiye.
Precision cutting to prepare billets produced on the casting line for the extrusion press. CNC control, automatic chip evacuation, blade-life management and full sync with the casting line.
Rail/wheeled charging cars for scrap aluminium, ingot and pot charging; conveyor, robot gripper and transfer cars for billet/profile end-of-line. Operator intervention and downtime reduced to a minimum.
For new facility setup, capacity/efficiency upgrades on existing lines, retrofit projects or 24/7 service, contact our team. Initial technical evaluation is free of charge.