Hexagon FDC-compatible CMM controller MTConnect Machine Adapter

Hexagon FDC CMM MTConnect Adapter

Static MTConnect Adapter for qualified Hexagon FDC CMM implementations, including the reviewed gantry CMM with an indexable Renishaw probe head.

Purchasing path Available after qualification

This qualified Hexagon FDC CMM adapter is available after TAMS reviews the exact Hexagon, Renishaw, Leitz-related, and FDC/source configuration. It is not plug-and-play and may require engineering updates for configurations beyond the public example.

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Model-Aware Machine Adapter identity for the Hexagon Hexagon FDC-compatible CMM controller integration.
Best for
Teams connecting Hexagon Hexagon FDC-compatible CMM controller equipment to MTConnect
What you need
Controller version, machine configuration, network constraints, and required data
Delivery or workflow
Software delivery; Available after qualification

Quick Human Summary

What this adapter helps you connect

This adapter helps qualified Hexagon Hexagon FDC-compatible CMM controller equipment publish useful MTConnect data for monitoring, reporting, validation, and downstream manufacturing systems.

Likely fit: Qualify whether a Hexagon, Renishaw, or FDC CMM setup can support utilization, program tracking, and digital twin monitoring.

TAMS will verify the exact equipment, source access, network boundary, requested observations, and validation scope before confirming the quote.

Connection Method: Hexagon FDC

What happens next

You do not need every answer before contacting TAMS. Engineers can help qualify fit, estimate effort, and prepare a realistic quote.

Adapter overview

Coordinate measuring machines (CMMs) are important work centers, but they are sometimes omitted from early IIoT planning. Their connectivity can depend on the inspection software, controller, messaging interface, and the operational states that need to be represented.

The Hexagon FDC CMM MTConnect Adapter is scoped around qualified Hexagon FDC/status API access. Brown & Sharpe / Leitz-compatible legacy CMM configurations should be reviewed through the Brown & Sharpe / Leitz MTConnect Adapter page when that source interface is the better fit.

TAMS reviews the equipment configuration, source interface, and required DataItems before confirming compatibility and coverage.

Supported Equipment

Is your machine likely in scope?

Compatibility is qualified from the exact controller, software or firmware, enabled interface, machine-builder configuration, and requested observations. A manufacturer name alone is not a support guarantee.

  • Hexagon gantry CMM with indexable Renishaw head

What TAMS will verify: The fixed model can be reused for similar CMM implementations and extended for additional Hexagon, Renishaw, or Leitz-related configurations through engineering updates.

What You Get / Common Outputs

MTConnect observations this record is designed around

Published outputs are qualified during adapter assessment. TAMS will confirm the MTConnect observations needed for your downstream systems before quoting or commissioning.

Integration Journey

From equipment assessment to validated handoff

  1. Confirm the source.Record the controller model, software or firmware, options, interface, and available access.
  2. Define the MTConnect scope.Agree on device and component modeling, observations, assets, downstream consumers, and validation boundary.
  3. Select delivery.Deploy the Adapter on approved infrastructure or use an Edge-Connect configuration when this catalog record supports it.
  4. Commission and validate.Test the source mapping, Agent stream, network behavior, and agreed evidence before handoff.

Review custom MTConnect adapter development and integration services or use the MTConnect Adapter Guide to prepare controller and network details.

Product data

Delivery Options, validation, and resources

Review delivery paths, qualification facts, and validation evidence used to scope the next step.

Adapter specifications

Manufacturer
Hexagon
Controller family
Hexagon FDC-compatible CMM controller
Equipment category
Metrology
Data source type
Other
Information Modeling Strategy
Static
Strategy modifiers
FixedProjectTemplate
Connection Method
Hexagon FDC
Variation note
The fixed model can be reused for similar CMM implementations and extended for additional Hexagon, Renishaw, or Leitz-related configurations through engineering updates.

Delivery Options

Purchasing path Available after qualification

This qualified Hexagon FDC CMM adapter is available after TAMS reviews the exact Hexagon, Renishaw, Leitz-related, and FDC/source configuration. It is not plug-and-play and may require engineering updates for configurations beyond the public example.

Delivery
Software
Deployment references
customer-hosted-adapter-onsite (Default)
Know Before You Quote
Hexagon CMM controller and software details; Availability of Hexagon FDC/status API information; Renishaw head and probe configuration when applicable; Installation permissions for the controller or approved local-area PC; Required utilization, program tracking, and digital twin observations; Network and firewall approach for Adapter and MTConnect Agent ports

Validation and resources

Integration Details

Engineering details TAMS uses to confirm fit

These details remain available for technical review, but they are grouped here so the page stays easier to scan.

Connection Method

Interface: Hexagon FDC

Hexagon gantry CMM implementations with Hexagon FDC/status API access and, where applicable, an indexable Renishaw head.

Static Information Modeling Strategy

A Static Information Modeling Strategy uses a predefined MTConnect Device model for a known equipment or source configuration.

Adapter note: The MTConnect Device model is predefined from the original Hexagon gantry CMM implementation with an indexable rotating Renishaw probe head.

Modifiers: FixedProjectTemplate

Important Fit Notes

What TAMS will verify before confirming this adapter is the right fit.

  • Coverage is not claimed across all Hexagon CMMs, Renishaw configurations, or Hexagon DAQ options.
  • A Leitz adapter path may be possible if Renishaw hardware and the applicable Leitz-related interface are available.
  • Edge-Connect is not represented as tested for this record and requires qualification.

Know Before You Quote

You do not need every answer before contacting TAMS. These are the details our engineers use to confirm fit, estimate effort, and prepare a realistic quote.

  • Does the CMM expose Hexagon FDC/status API information?
  • Is an indexable Renishaw head part of the implementation?
  • Which utilization, program tracking, and digital twin observations are required?
  • Can the Adapter be installed on the controller or an approved local-area PC?

Hexagon FDC-compatible CMM controller adapter FAQs

Which Hexagon FDC-compatible CMM controller controllers are covered?

The reviewed catalog scope is: Hexagon gantry CMM with indexable Renishaw head. The fixed model can be reused for similar CMM implementations and extended for additional Hexagon, Renishaw, or Leitz-related configurations through engineering updates.

What controller or machine interface does the Adapter use?

The reviewed source interface is Hexagon FDC.

What MTConnect data can this Adapter provide?

Published coverage is limited to: The MTConnect Device model is predefined from the original Hexagon gantry CMM implementation with an indexable rotating Renishaw probe head.. Boundaries: Coverage is not claimed across all Hexagon CMMs, Renishaw configurations, or Hexagon DAQ options.; A Leitz adapter path may be possible if Renishaw hardware and the applicable Leitz-related interface are available.; Edge-Connect is not represented as tested for this record and requires qualification..

Can I deploy this as software or on Edge-Connect?

This record currently lists software delivery only. Edge-Connect availability is not implied.

Is validation evidence available?

A public implementation example is linked for this record. The report applies only to the reviewed sample and scope.

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