Leveraging Jehson’s expertise as a national specialized and innovative “little giant” enterprise in the smart stamping segment, we provide optimal mold automation or various robot integration methods tailored to different mold processes and procedures for the smart stamping of air conditioner outdoor unit components such as left and right side panels, cover plates, top covers, front panels, and electrical cover plates. We balance low-cost investment with high efficiency and high benefits.
Process Flow: Operators manually place sheet material on the servo sheet decoiler → The decoiler’s arm grabs the sheet for secondary positioning → The swing-arm robot picks up the positioned sheet and places it in Punch Press 1 for stamping → The robot retrieves the stamped product and proceeds to Punch Press 2 → The robot continues to Pick up and process through Punch Press 3 → Punch Press 4 → Punch Press 5 → Finally, the robot places the finished product onto the conveyor belt for discharge.
Robot Cycle Time: Approximately 10-12 pieces/minute.
Our Provided Equipment: 6 four-axis swing-arm stamping robots + 1 servo sheet decoiler + 1 conveyor belt for discharge.
Process Flow: Sheet material is fed by the servo sheet feeder → Grabbed by a 5-axis articulated robot → Punched in Punch Press 1 → Grabbed again by the robot and moved to Punch Press 2 → Repeated through Punch Press 3 → Punch Press 4 → Finally, the robot places the product onto the conveyor belt for discharge.
Robot Cycle Time: Approximately 7-9 pieces/minute.
Our Provided Equipment: 1 conveyor belt + 1 servo sheet feeder + 5 five-axis articulated robots + 1 three-in-one servo feeder.
Process Flow: Sheet material is fed from the three-in-one feeder to the positioning conveyor → The conveyor positions the sheet → A standalone manipulator grabs the positioned sheet from the conveyor → Punched in Punch Press 1 → Grabbed by the manipulator and moved to Punch Press 2 → Repeated through Punch Press 3 → Punch Press 4 → Punch Press 5 → Then to the bending machine → Finally, the manipulator places the product onto the conveyor belt for discharge.
Robot Cycle Time: Approximately 10-12 pieces/minute.
Our Provided Equipment: 6 standalone stamping manipulators + 1 three-in-one feeder + 1 bending machine + 1 positioning conveyor + 1 conveyor belt for discharge.
Process Flow: Sheet material is fed from the three-in-one feeder → Grabbed by an articulated robot → Punched in Punch Press 1 → Grabbed again by the robot and moved to Punch Press 2 → Repeated through Punch Press 3 → Punch Press 4 → Punch Press 5 → Finally, the robot places the product onto the conveyor belt for discharge.
Robot Cycle Time: Approximately 7-9 pieces/minute.
Our Provided Equipment: 6 articulated stamping manipulators + 1 three-in-one servo feeder + 1 conveyor belt for discharge.
For the smart production line solution for air conditioner outdoor unit base plates, we utilize a combination of progressive dies and a three-in-one servo feeder. Through the feeder’s leveling and servo conveying functions, raw materials are automatically loaded. Progressive dies allow for multiple processes to be performed in a single die set, enabling rapid continuous production, significantly enhancing productivity, and reducing costs. These intelligent manufacturing solutions for air conditioner exterior components fully demonstrate Jehson’s robust capabilities in smart manufacturing support across the entire home appliance industry chain.
Hemos desarrollado con éxito una línea de producción de estampación y montaje flexible totalmente automatizada y adaptada para la personalización a gran escala de armarios de desinfección.
Aprovechando todo el ecosistema industrial de nuestra empresa, hemos llevado al desarrollo de una línea de producción altamente inteligente, automatizada y flexible.
Este proyecto realiza los procesos de producción altamente automatizados y flexibles para el montaje térmico de estatores y carcasas de compresores, el montaje a presión de rotores y cuerpos de bombas, así como la inspección en línea durante el montaje de bombas.
Esta solución facilita un flujo de trabajo de producción totalmente automatizado, que abarca la alimentación automática de materias primas para los armarios de las lavadoras, el estirado, el estampado, la recogida de residuos (incluidos los desechos), el remachado y el apilado.
Kaishuo Technology se fundó en 2008 y desde entonces ha desarrollado una estructura industrial de cuatro núcleos que comprende equipos de robótica y automatización, nuevas energías, moldes de hardware de precisión y moldes de inyección de precisión.
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