Fettling of Gray and SG iron castings is essential before machining, though it can be labor-intensive and hazardous. Utilizing high-payload foundry robots for this...
Fettling of Gray and SG iron castings is essential before machining, though it can be labor-intensive and hazardous. Utilizing high-payload foundry robots for this process allows for continuous operation, delivering consistent results around the clock. This automation not only enhances efficiency but also improves safety in the workplace.
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Robotic sand core assembly and coating is an innovative process utilized in the foundry industry for the production of sand cores, essential for creating hollow cavities...
Robotic sand core assembly and coating is an innovative process utilized in the foundry industry for the production of sand cores, essential for creating hollow cavities in metal castings. This advanced technique employs robotic arms to efficiently assemble sand cores and apply coatings, ensuring precision and consistency.
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Robotic mold vent piercing is an advanced technique employed in the foundry industry to create molds for metal castings. This innovative process utilizes robotic arms to...
Robotic mold vent piercing is an advanced technique employed in the foundry industry to create molds for metal castings. This innovative process utilizes robotic arms to precisely pierce vent holes in the molds, facilitating the escape of trapped gases during the casting procedure.
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Fettling of Gray and SG iron castings is essential before machining, though it can be labor-intensive and hazardous. Utilizing high-payload foundry robots for this...
Fettling of Gray and SG iron castings is essential before machining, though it can be labor-intensive and hazardous. Utilizing high-payload foundry robots for this process allows for continuous operation, delivering consistent results around the clock. This automation not only enhances efficiency but also improves safety in the workplace.
Read More Hide

Robotic sand core assembly and coating is an innovative process utilized in the foundry industry for the production of sand cores, essential for creating hollow cavities...
Robotic sand core assembly and coating is an innovative process utilized in the foundry industry for the production of sand cores, essential for creating hollow cavities in metal castings. This advanced technique employs robotic arms to efficiently assemble sand cores and apply coatings, ensuring precision and consistency.
Read More Hide

Robotic mold vent piercing is an advanced technique employed in the foundry industry to create molds for metal castings. This innovative process utilizes robotic arms to...
Robotic mold vent piercing is an advanced technique employed in the foundry industry to create molds for metal castings. This innovative process utilizes robotic arms to precisely pierce vent holes in the molds, facilitating the escape of trapped gases during the casting procedure.
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Robotic systems can be effectively utilized in a press tandem line for various tasks, including handling, part transfer, and quality inspection. The integration of...
Robotic systems can be effectively utilized in a press tandem line for various tasks, including handling, part transfer, and quality inspection. The integration of robotic systems in this setting provides numerous advantages, such as increased production speed, enhanced quality control, reduced waste, and improved worker safety.
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A gantry system is a type of robotic mechanism characterized by a stationary arm and a moving bridge that spans the distance between two sides of a frame. In the context...
A gantry system is a type of robotic mechanism characterized by a stationary arm and a moving bridge that spans the distance between two sides of a frame. In the context of small press automation, this system effectively facilitates the movement of parts in and out of a press and positions components for processing.
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In robotic press tending, part centering, and destacking, several critical factors must be taken into account. Vacuum gripping is...
In robotic press tending, part centering, and destacking, several critical factors must be taken into account. Vacuum gripping is often employed to securely handle sheet metal components, enhancing efficiency and accuracy in the manufacturing process.
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Manipulators commonly used for part handling in small press applications include electric and hydraulic options. Electric manipulators use gears and motors for lifting...
Manipulators commonly used for part handling in small press applications include electric and hydraulic options. Electric manipulators use gears and motors for lifting and tilting to transfer parts between presses.
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Robotic spot welding is widely used in automotive, aerospace, and electronics industries. At Maxion Automation, we specialize in designing and installing Body-in-White...
Robotic spot welding is widely used in automotive, aerospace, and electronics industries. At Maxion Automation, we specialize in designing and installing Body-in-White (BIW) lines, handling the entire process from start to finish.
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MIG CO2 welding with robotic systems offers enhanced productivity, consistency, and quality. Using CO2 and Argon as shielding gases, this technique achieves stable,...
MIG CO2 welding with robotic systems offers enhanced productivity, consistency, and quality. Using CO2 and Argon as shielding gases, this technique achieves stable, high-quality welds suitable for intricate chassis components.
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