High-Density Automated CNC Tending Architecture

Tezmaksan Robot Technologies has released the CubeBOX Tower, a scalable automatic tool changer designed to boost production capacity through continuous, unmanned machining. The tower-type system supports heavy industrial sectors—including aerospace, energy, and medical component manufacturing—by automating CNC machine tending without manual intervention.

Hexagonal Storage Mechanics and Load Specifications
The architectural design utilizes a compact hexagonal tower mechanism that executes automated part loading, pallet changing, and tool exchanges. Each of the six faces can maintain a distinct manufacturing setup, permitting operators to prepare multiple jobs in advance and execute rapid changeovers. This high storage density facilitates uninterrupted production across multiple operational shifts.

Engineered for large-scale machining environments, the system manages heavy workpieces, cast parts, and structural components. Configurations support either 48 pallets measuring 250 by 250 millimeters or 24 pallets measuring 600 by 600 millimeters. Each shelf supports a maximum load of 200 kilograms.

“Its hexagonal tower system allows higher storage density and quick changeovers, helping businesses achieve uninterrupted manufacturing across multiple CNC machines — all within a compact footprint,” stated Hakan Aydogdu, CEO.

Software Control and The Digital Supply Chain
Operations are governed by RoboCAM+, a proprietary control software that translates computer-aided design (CAD) drawings directly into executable robotic motions. Controlled via a touch-screen interface, the software bypasses complex robot programming sequences and accelerates setup times. By connecting one or more CNC machines simultaneously, the control architecture allows the hardware to integrate smoothly into a digital supply chain, ensuring high-throughput automation without continuous human oversight.