Robotic Laser Complexes & Equipment Supply

Astakida designs, integrates, and commissions automated robotic complexes tailored for high-precision metalworking. We combine heavy-duty industrial robotics with advanced fiber laser technology to replace manual labor, eliminate defects, and boost production throughput.

From single-cell installations to multi-axis automated lines, we deliver fully integrated, ready-to-operate solutions designed for long-term mechanical stability and continuous industrial duty cycles.

Our Technical Approach & Expertise

We build automated complexes engineered for maximum structural rigidity, process stability, and continuous industrial duty cycles. Our technical stack combines industry-standard hardware with specialized laser processing.

Robotic Welding & Ospri Laser Heads

High-speed, low-distortion joining of complex geometries with minimal heat transfer and zero thermal damage to surrounding material. Integrated with Ospri heads for precise beam control and high thermal durability.

Robotic Cutting & Raytools Laser Heads

High-precision 3D cutting and trimming of pre-formed sheet metal, structural profiles, and tubular components using industrial Raytools cutting heads.

Laser Cladding & Surface Modification

Precise alloy deposition to restore worn components or apply wear-resistant, anti-corrosive protective coatings to extend operational equipment life.

Heavy-Duty Kinematics & Laser Power

Driven by KUKA 6-axis industrial robots for maximum trajectory accuracy and structural rigidity, paired with high-efficiency Raycus fiber laser sources for long service life.

Flexibility and Customization

Expanding capabilities: Beyond the Standard 6-Axes. To handle complex geometries and oversized workpieces, we expand the system envelope with fully synchronized mechanical integration.

Rotary Positioners

Synchronized turntables and multi-axis positioners that allow continuous 360-degree processing of complex parts in a single cycle.

Additional Axes (7th Axis)

Integration of heavy-duty linear tracks and gantries to significantly extend the robot’s working envelope for long-length structural components.

Custom Tooling & Fixtures

In-house engineering of dedicated pneumatic clamping systems, specialized grippers, and fixtures designed specifically for your part geometry.

Tailored Hardware Stacks

If your facility standards dictate specific component vendors such as IPG, Precitec, FANUC, or ABB, we seamlessly adapt our cell architecture to your specification.