Aksoylar Robotik supplies turnkey robotic heat‑treatment lines that combine closed‑loop thermal control (±1 °C) with integrated loading robots and IoT sensors for real‑time monitoring and predictive maintenance. The systems achieve up to 70 % energy reduction through optimized heating cycles and regenerative heat recovery, and are modularly configurable for high‑volume metal‑processing, automotive, aerospace, and defense applications.
Funding
Funding not disclosed
Founders
Product
Problem
Metalworking and related industries face high energy consumption and inconsistent temperature control in heat‑treatment processes, which leads to elevated operating costs and quality variability. Existing furnace solutions often lack seamless integration with Industry 4.0 systems, making real‑time monitoring and remote troubleshooting difficult.
Solution
Aksoylar Robotik delivers fully integrated, robotic heat‑treatment lines that combine precision thermal control with advanced automation. Their proprietary savener® technology maintains temperature within ±1 °C while achieving up to 70 % energy savings through optimized heating cycles and regenerative heat recovery. Each line is equipped with IoT‑enabled sensors that stream process data to a cloud‑based analytics platform, enabling predictive maintenance and remote support. The modular architecture allows rapid reconfiguration for different alloy treatments, and the system is delivered as a turnkey package that includes engineering, installation, and commissioning. By unifying hardware, software, and service under a single contract, the solution reduces downtime and total cost of ownership for high‑volume manufacturers.
Target Audience
Primary customers are metal‑processing plants, automotive component manufacturers, defense and aerospace suppliers, and energy‑sector facilities that require high‑precision heat‑treatment at scale.
Features
- savener® thermal core with closed‑loop PID control delivering ±1 °C accuracy across 200 °C–1500 °C range
- Integrated robotic arms for loading/unloading, part handling, and in‑process inspection, reducing manual labor
- Industry 4.0‑ready IoT layer with OPC UA and MQTT endpoints for real‑time data acquisition and E‑MES integration
- Cloud‑hosted analytics dashboard offering KPI visualizations, energy‑usage benchmarking, and anomaly detection
- Remote diagnostics and OTA firmware updates via secure VPN, minimizing on‑site service visits
- Modular furnace designs (tav, meneviş, pyrolysis) that can be scaled or combined to match production throughput
- Custom engineering service for non‑standard geometries, high‑stress aerospace components, and defense‑grade specifications
- Built‑in safety interlocks and compliance with ISO 50001 energy‑management standards