Industrial 3D-Printer
Project for Mighty Buildings (Mexico, Monterrey city), 2020–2022
Tilda Publishing
A control system has been developed for a compact industrial 3D printer to print functional composite parts with high speed and accuracy. The system includes built-in ventilation and heating, reduces maintenance time, and minimizes human error through automation. The hardware platform is Mitsubishi Electric iQ-R, and the industrial assembly is made according to the UL508A standard. The project included circuit design, assembly coordination, and commissioning.
Hardware platform — Mitsubishi Electric iQ-R with Motion CPU, G-code control using built-in controller tools. Electrical diagrams developed in SolidWorks Electrical.
The industrial panel assembly complies with UL508A and is UL-inspected.
The industrial panel assembly complies with UL508A and is UL-inspected.
Maintaining the set temperature in the printing area using the built-in heating system;
Built-in ventilation with filtration of harmful vapors during curing.;
Rapid delivery of ready-made solutions (Mighty Kit System).
Automation of production with minimization of human influence;
High printing speed and accuracy;
System features
Reduced maintenance time thanks to wear-resistant components and a safety alert system;
2022-2024
Customer: MightyBuildings, LTD (Mexico, Monterrey city)
Solution: A compact and high-precision control system has been developed for an industrial
3D printer for the additive manufacturing of functional and structural parts with complex geometries from photo-curing composite materials with continuous fiber reinforcement.
3D printer for the additive manufacturing of functional and structural parts with complex geometries from photo-curing composite materials with continuous fiber reinforcement.
Circuit diagram of an industrial 3D printer
Industrial 3D printer
A control system has been developed for a compact industrial 3D printer for printing functional composite parts with high speed and accuracy. The system includes built-in ventilation and heating, reduces maintenance time, and minimizes human error through automation. The hardware platform is Mitsubishi Electric iQ-R, and the industrial assembly is made according to the UL508A standard. The project included circuit design, assembly coordination, and commissioning.
Hardware platform — Mitsubishi Electric iQ-R with Motion CPU, G-code control using built-in controller tools. Electrical diagrams were developed in SolidWorks Electrical, industrial panel assembly was performed in accordance with UL508A and confirmed by UL inspection.
Maintaining the set temperature in the printing area using a built-in heating system;
Built-in ventilation with filtration of harmful vapors during curing;
Scheme of an industrial 3D printer
Fast delivery of ready-made solutions (Mighty Kit System).
High printing speed and accuracy;
System features
Automation of production with minimization of human influence;
Reduced maintenance time thanks to wear-resistant components and a safety alert system;
Implementation year: 2022-2024
Customer: MightyBuildings, Mexico
(Monterrey)
(Monterrey)
Solution:
A compact and high-precision control system has been developed for an industrial 3D printer for the additive manufacturing of functional and structural parts with complex geometries from photo-curing composite materials with continuous fiber reinforcement.
A compact and high-precision control system has been developed for an industrial 3D printer for the additive manufacturing of functional and structural parts with complex geometries from photo-curing composite materials with continuous fiber reinforcement.
Industrial 3D printer
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