Foundry systems are used to cast metal and handle foundry sand. The challenge is to apply the processes involved in a way that maximizes production and minimizes scrap. To do this, it is essential for those in the foundry industry to use the best possible foundry automation equipment and systems available.
But even with the best equipment available, conditions in foundries are harsh and potentially dangerous, with dust and fumes, and abrasive particles threatening workers as well as the performance and reliability of equipment and foundry systems.
This is why robotics plays an increasingly important role in foundry automation. For example, robots are commonly used to:
- Cut off the castings from the primary casting tree
- Grind the gates so that they are flush with the surface
- De-flash and trim excess material using high-speed carbide tools
Generally, robots used for grinding, de-burring and finishing processes in foundries are equipped with force sensors that control:
- The cutting forces that are applied
- The speed at which the robot works
The force sensors do this by sensing cutting conditions while the robot cuts, and making a dynamic adjustment to the speed of the robot. This is invaluable in foundries where “flashing conditions” in parts being worked on often change radically in a potentially dangerous manner.
MESH Automation Solutions for Foundries
MESH supplies a range of robotic grinding solutions for foundries. We also load and unload machines for de-flashing and machining of cast parts.
Our experience includes solutions for aluminum and iron. These include aluminum sawing, sprue removal and de-flashing; and iron grinding and sawing to clean up raw castings prior to further processing.
Our scope of supply ranges from stand-alone grinding and part-processing cells to fully finishing room automation systems.
The engineering team at MESH Automation understands the unique characteristics and properties of foundry castings, whether these involve iron or aluminum. We have considerable experience with permanent mold, lost foam and sand mold cast parts and how they may be handled and processed. Whether in the foundry, the coating line or the machine shop; MESH has the experience and knowledge to automate and process your parts.
Examples of MESH foundry automation process experience include:
- Automated mold placement in cope and drag lines
- Die cast part cleanup including hole detection, de-flashing and inspection of flaws
- Sprue removal and machine loading of aluminum permanent mold cast wheel hubs
- De-gating or gate removal
- Lost foam tree separation and sawing
- Grinding of parting lines of cast iron
- Wheel heat treat load/unload, quench and inspection
- Cast iron axle heat treat facility load/unload and quench
Contact us to see how we can help your foundry operation and improve profitability.
The MESH Automation Difference
At MESH, we partner with our customers and aim to exceed your expectations at every step of the project. This means we learn about your production needs and gain a thorough understanding of the manufacturing process of your product and your plant culture before we develop a solution for you. Contact us and we will suggest ways to help you improve productivity that will boost your bottom line.
Contact us today to discuss how we can develop a manufacturing solution that could help your business optimize productivity, increase efficiency, and potentially cut costs.
Click here to download our brochure and learn more about MESH Automation’s complete industrial and factory automation solutions.