Pick-and-Place Automation
Use robotic handling to transfer supported products between conveyors, machines, containers, or process locations.
Robotic Material Handling
DPPS designs robotic material handling systems that coordinate product movement, pick-and-place operations, sorting, routing, and transfer between production processes. Each system is engineered around the product, equipment layout, required handling sequence, controls, safety, and production goals.
Product Flow
Material handling connects individual machines and production operations into a coordinated process. The challenge is not simply moving an item from one point to another, but controlling how it is detected, picked, oriented, transferred, sorted, and delivered to the next operation.
DPPS combines robotics, conveyors, sensors, controls, operator interfaces, and application-specific engineering to create material handling systems around that complete flow.
Applications
Use robotic handling to transfer supported products between conveyors, machines, containers, or process locations.
Detect and route products according to the logic and destination requirements of the application.
Coordinate robotic and conveyor movement between production stages.
Position products for the handling or processing requirements of downstream equipment.
Move products into or through packaging-related operations where robotic handling is appropriate.
Coordinated Controls
Reliable material handling depends on communication between robots, conveyors, sensors, PLC logic, operator interfaces, and the surrounding production equipment.
DPPS brings those layers together so product movement operates as one coordinated application instead of a collection of independent machines.
Coordinate robotic motion and product handling around the required production sequence.
Connect control logic and operator interaction across the material handling application.
Detect product presence and position to support consistent handling decisions.
Coordinate product movement between robotic operations and production equipment.
Integrate guarding, safety devices, interlocks, and application logic.
Make available system status and production information for operators and teams.
System Architecture
A material handling project may begin with a single robotic operation or extend across multiple production stages. DPPS designs both standalone cells and integrated systems around the actual production requirement.
A focused robotic operation serving a defined material handling task.
Multiple handling and control operations coordinated around the larger manufacturing process.
Dedicated Solutions
Show us how the product moves today, where it needs to go, and what the surrounding equipment requires. Our team can evaluate the application as a complete material handling process.
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