Machine Design Solutions for Automation Equipment

SOLIDWORKS

SOLIDWORKS is used to develop mechatronics systems from beginning to end. At the initial stage, the software is used for planning, visual ideation, modeling, feasibility assessment, prototyping, and project management. The 3D modeling software is then used for design and building of mechanical, electrical, and software elements.

AutoCAD

AutoCad® is our primary design tool for controls engineering (electrical, fluid power) and the latest software versions are always utilized.  We use the AutoCad® Electrical Toolset for the creation of controls drawings.  The use of AutoCad® Electrical Toolset improves efficiency, reduces errors, and essentially creates a smart design package

Mechanical Design

Design Software

We support a wide range of programming software, including, but not limited to, renowned platforms such as Allen Bradley, Modicon, Siemens, Mitsubishi, and GE Fanuc. Our mastery of these tools ensures the seamless integration of innovative features into our machine designs.

Facilities

Housed within our modern facility, spanning over 25,000+ square feet, we have the internal capabilities to take your automation machine design from concept to delivery. Our facility adheres to strict cleanliness standards, providing an ideal environment for the creation of exceptional automation solutions.

IT capabilities

We feature modern workstations and laptops supported by a multi-tiered server system, including continuous automatic data backup. Our constant investment in IT infrastructure serves as a vital conduit for fast and secure data transfer, enabling us to streamline processes, enhance productivity, and maintain a competitive edge in today's fast-paced digital landscape.

Process Development

Leveraging our equipment and engineering experience, we excel at overcoming various manufacturing process challenges in automation machine design. Our expertise spans a wide array of processes, including but not limited to MIG welding, TIG welding, plasma welding, resistance welding, laser welding, and high-pressure gas fill.

To achieve success in custom automation machine design and engineering, Cardinal abides by a proven, reliable process, one that considers all aspects of a machine’s requirements, including product needs as well as business needs.

Our goal is to create a product that is successful for years to come, enabling worry-free productivity and long-term profitability. To achieve this, we adhere to the standards of Design for Manufacturability (DFM) throughout our entire product development process.

Incorporating DFM standards into our machine design philosophy is a crucial aspect of our approach. It ensures that our machines not only embody innovation and functionality but are also designed with practicality in mind, enabling smooth and efficient production processes.

Here are the principles we take into consideration when designing a machine or system.

• Business and Product Planning and Goals
• KPIs and Operational Metrics
• Understanding Added Value Product Costs at Each Stage
• System Flexibility
• Contingency Planning for Disruptions or Failures
• Automating the Machine Design as Much as Possible
• Performance Reporting and Feedback
• Serviceability
• And more...