Custom Automation Machine Building and Systems Integration

GLOBAL designs and builds purpose-made machines and robotic cells engineered around a specific production task. A build can combine mechanical design, custom fixtures and end-of-arm tooling, servo systems, robots, PLC/HMI controls, safety guarding, and machine vision. Each machine is engineered to fit the part geometry, required cycle time, quality criteria, and plant constraints rather than adapted from a stock model.

GLOBAL builds equipment for automotive, EV, aerospace, heavy equipment, appliance, consumer product, and general industrial manufacturers. Custom machine building suits operations with demanding part geometry, tight takt times, traceability needs, or tasks that are unsafe or difficult to perform manually. Typical builds include machine tending, welding, assembly, dispensing, and material-handling systems.

A build moves through concept, mechanical and controls design, fabrication and assembly, factory acceptance testing, installation, and on-site run-off. GLOBAL starts by defining the process, part variation, and cycle-time target, then develops the concept and uses simulation to confirm reach, tooling, and layout before metal is cut. Factory acceptance testing proves the machine at GLOBAL before shipment, and run-off validates it against agreed criteria once installed.

Yes. GLOBAL builds to the PLC and HMI standards a plant specifies so the machine matches existing controls, spare parts, and maintenance practices. Fixtures, grippers, servo drives, robots, and vision are selected to suit the part and the plant's preferences, and tooling can be designed for quick changeover across a product family. Building to in-house standards keeps a new machine consistent with equipment already on the floor.

It depends on the condition and flexibility of the current equipment and the demands of the new process. GLOBAL evaluates existing machines, tooling, controls, and facility limits before recommending whether to retrofit and re-tool what is in place or design a purpose-built machine. Retrofits can extend a useful asset for a new product or higher volume, while a new build is warranted when part or cycle-time requirements exceed what the existing equipment can support.

After installation, GLOBAL commissions and validates the machine, then supports the handoff with operator and maintenance training and as-built documentation. Guidance on recommended spares such as tooling, sensors, cameras, and wear parts helps keep the machine running, and ongoing support is available as parts or requirements change. Because GLOBAL also provides technical staffing, plants can add experienced people to run or maintain the equipment, with calibration handled around scheduled maintenance windows.

It begins with a conversation about the part, the process, and the production goal, and no finished specification is required. GLOBAL reviews part drawings or samples, volumes, cycle-time targets, and floor-space and utility constraints, then develops a conceptual machine design. That concept gives a practical basis for scope, sequencing, and a build decision before detailed engineering.