MCE Socket Trays for Error-Proof Torque Control

Sensor-enabled socket trays connect to tool controllers to ensure the right socket and torque every cycle.

Sensor + light guidance at the tray

Communicates with tool controllers

Calls torque by position

Ideal add-on when tooling up a new station or line

What Are They?

MCE Socket Trays are precision-machined socket organizers with integrated sensors and visual indicators. Each socket position is monitored, and the tray sends selection data to the tool controller so the system can automatically apply the correct torque program or disable the tool when a mismatch is detected. We custom-manufacture the socket trays in-house.

Why Use Them?

When torque requirements change from fastener to fastener, relying on memory, labels, or manual selection creates risk. Socket trays help remove guesswork by tying socket selection directly to tool behavior. The result is a more consistent process that supports quality, safety, and throughput.

Why Choose MCE?

MCE brings application expertise across tools, controls, and fastening systems. We specify socket trays based on real production requirements and integrate them with tool controllers to support consistent, reliable operation, all backed by a single team for system support and continuity.

How MCE Socket Trays Work

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  1. Socket position is monitored at the tray
    Each socket location is precision-machined for error-proofed positioning and equipped with an integrated sensor. The system continuously monitors socket presence, ensuring only the correct socket profile fits each position and identifying which location is active at any time. 
  2. Operator selects the required socket
    When the operator removes a socket from the tray, the system detects the change in state. Visual indicators confirm torque selection or alert the operator to the correct socket to use, reinforcing the intended process flow.
  3. Socket selection data is sent to the tool controller
    The tray transmits the socket position information to the tool controller. This communication links the physical socket selection to controller logic, ensuring tool behavior aligns with the selected fastener.
  4. Controller applies the associated torque logic
    Based on socket position data, the controller calls the corresponding torque program or enables the tool after the correct socket has been pulled. This supports correct torque parameters without requiring manual changes by the operator.
  5. Fastening operation is completed under controlled conditions
    With the correct socket and torque program active, the operator completes the fastening step. The result is a repeatable, error-resistant process that supports quality requirements while maintaining normal production workflow.

MCE Socket Trays Photo Gallery

MCE Socket Trays
MCE Socket Trays
MCE Socket Trays
MCE Socket Trays
MCE Socket Trays
MCE Socket Trays
MCE Socket Trays
MCE Socket Trays
MCE Socket Trays
MCE Socket Trays
MCE Socket Trays
MCE Socket Trays

Frequently Asked Questions About MCE Socket Trays

What problem do socket trays solve?
Socket trays provide process-level error proofing by linking socket selection to tool control logic. This prevents incorrect torque application caused by wrong socket selection or manual torque setting errors.
How do socket trays communicate with tool controllers?
Each socket position is monitored by integrated sensors. When a socket is removed or returned, the tray sends position data to the tool controller, which then executes the associated torque program or enables the tool after the correct socket is pulled.
Can multiple torque programs be run through a single tool? (Operator Select mode)
Yes. In Operator Select mode, socket trays allow a single tool to support multiple torque values by mapping individual socket positions to specific torque programs within the controller.
What happens if the wrong socket is selected? (MES Verify mode)
If a socket does not match the active process step, the controller can prevent tool operation or require corrective action, depending on system configuration.
What types of applications are best suited for socket trays?
Socket trays are well suited for assembly operations with multiple fasteners, varying torque requirements, or quality-critical joints where process control and repeatability are required.
What information is required to specify a socket tray?
Typical inputs include socket sizes and quantities, torque values by fastener, tool and controller type, station layout, and basic process sequencing requirements.

Contact Us To Learn More

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