Mechanical interface
Discharge height, datum, pitch, access envelope, fixing points, queue length and receiving tooling.
CONTROLS & INTEGRATION
Make every mechanical, electrical and safety boundary explicit.
Connect feeding, inspection, robotics and the receiving process through one defined sequence with recoverable states and practical access.
ONE OPERATING SEQUENCE
The cell must know when to feed, wait, stop, recover and release.
Reliable automation depends on the exchange between equipment. Demand, available, track-full, part-present, ready, fault, reset, reject-full and safety states should be agreed with the mechanical hand-off.
The controls philosophy also defines recipe ownership, alarm messages, permitted operator actions, restart conditions and how the system behaves when the downstream machine pauses.
INTEGRATION SCOPE
Define the boundaries before detailed build.
Clear responsibilities reduce late modifications and give FAT a coherent basis.
Electrical interface
Supplies, isolators, I/O, field devices, networks, panels and cable boundaries.
Controls handshake
Demand, ready, available, part-present, fault, reset, recipe and safe-state logic.
Safety boundary
Hazards, guarding, interlocks, stops, reset zones, robot space and responsibility for modifications.
Data & inspection
Recipe identity, result tracking, rejects, selected production data and external-system ownership.
Lifecycle access
Cleaning, jam clearance, changeover, maintenance, calibration, spares and future format provision.
TYPICAL HANDSHAKE
Design for normal production states—not only the ideal cycle.
The final schedule is application-specific, but a disciplined state model makes recovery predictable.
| State | Feeding cell responsibility | Receiving machine responsibility |
|---|---|---|
| Demand | Maintain the agreed queue or prepare one accepted part | Call for components within the agreed operating window |
| Ready to release | Confirm part available, accepted and release mechanism ready | Confirm the receiving position and safety conditions are valid |
| Transfer complete | Confirm release or pick result and update the internal state | Confirm receipt where required and begin the next operation |
| Downstream stop | Stop replenishment in a controlled sequence and protect queue pressure | Hold demand and provide restart permission |
| Fault recovery | Identify the fault, create safe access and require the defined reset | Preserve the receiving state and coordinate reset ownership |
PROJECT ASSESSMENT
Bring the receiving-machine interface into the project at concept stage.
We will help define the right starting architecture, the evidence needed for selection and the interfaces that belong in the project scope.