Akyapak Three Spindle Beam Drill Line

The Akyapak 3 ADM VENERA beam drill line is at the cutting edge of industrial manufacturing, pushing the boundaries with innovative and superior drilling processes. Representing the latest advancements in drilling technology, it establishes a new industry benchmark, significantly enhancing production efficiency. Equipped with sophisticated engineering technologies and advanced automation systems, it outperforms traditional profile drilling lines. The machine is capable of executing multiple operations such as drilling, marking, tapping, and milling concurrently on various sections of a profile. Its advanced automation features streamline processing workflows, minimize human error, and ensure consistent, high-quality operations.

Next-Level Drilling Efficiency: Introducing Akyapak 3 ADM Venera Beam Drill Line

The Akyapak 3 ADM VENERA beam drill line offers a glimpse into the future of industrial production with its innovative, high-performance solutions. Outfitted with sophisticated engineering technologies, the machine is designed to optimize production processes, reduce error margins, and deliver impeccable performance even in the most complex drilling operations.

Advanced Drill Milling Technologies and Cutting-Edge Automation

The 3 ADM VENERA beam drill line stands out in the industry by delivering exceptional efficiency and quality in welding processes. This technology simplifies beveling by eliminating hindrances in the chamfering process, ensuring smooth, clean welding edges. It enhances weld quality while improving the durability and aesthetics of the final product.

Increased Power with BYRED Technology

The 3 ADM VENERA beam drill line integrates BYRED technology, enabling advanced drilling, cutting, and milling techniques without the need for programming. It also facilitates 3D control of parts. Reflecting Akyapak’s production expertise, the BYRED software automatically calculates optimal angles for drilling and cutting. Equipped with BYRED, the machine automates complex tasks, delivering precise results with minimal effort. The 3 ADM VENERA beam drill line maximizes efficiency, providing enhanced control, power, and precision at every step of the drilling and milling process.

Intelligent Feeding Arm with Increased Speed

The 3 ADM VENERA beam drill line features a fully automated feeding arm system that expertly manages material clamping. With built-in sensors, it approaches the material, decelerates, and safely performs gripping. This system ensures maximum accuracy and efficiency by aligning with the precise position of the material.

Fully Automated Infeed and Outfeed System

The Fully Automatic Transfer Table minimizes human involvement in production processes, transferring materials to conveyor groups with perfect parallelism. Sensor-supported technology ensures precision, while the independent operation of each fully automatic transfer unit increases process flexibility. This system boosts speed and efficiency in production lines, standardizing fast and error-free material transfer.

Modernized Control Panel

The 3 ADM VENERA beam drill line raises the bar in industrial automation with a newly revamped control panel for the 3 ADM series. This panel features a user-friendly design, powerful performance, and sleek aesthetics, simplifying operators’ tasks and ensuring maximum production efficiency.

New Advanced Material Measurement System

The 3 ADM VENERA beam drill line ensures millimetric precision in part length measurement and drilling with integrated magnetic and laser sensors. Magnetic sensors measure material lengths automatically, ensuring precise positioning, increasing production speed, and minimizing errors. Laser sensors enable accurate material alignment, reducing operator intervention in drilling operations.

New Body Design: The Fusion of Power and Aesthetics

With a redesigned exterior, the 3 ADM VENERA beam drill line offers a modern and sleek look while prioritizing durability. Designed to endure harsh production environments, this new exterior is highly resistant to external factors. It also prioritizes operator comfort, extending the machine’s lifespan and enhancing safety standards, ensuring long-term performance.