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NWS Laser EXPERTISE · UDI & DATAMATRIX

Mark to
identify.

A dedicated workflow for medical device traceability: DataMatrix codes, durable on-part identification and readability qualification in your production environment.

DIRECT PART MARKINGUDIDIRECT PART MARKINGTRACE
DURABLE
01

THE CHALLENGE

Data that endures
readable on the part.

For devices and instruments, traceability relies on information that is identified, verifiable and suited to the substrate. Marking must be considered holistically: code, material, geometry, cleaning, use and inspection.

IDENTIFICATION STRUCTURE

From the reference
to the produced unit.

The UDI vocabulary separates model identifiers from production data. This local page maintains that framework to ease communication between quality, industrialization and the shop floor.

01Base reference

The group or family of devices to document.

02Device identifier

The stable reference for a model or configuration.

03Production data

Lot, serial, date or other variable data per unit.

04Readable representation

The machine code and operator text are designed together.

DataMatrix laser marking on a metal component
DIRECT PART MARKING · IN SITUCode, surface and readability are qualified together.

SEE TRACEABILITY

A mark
to be read back.

The photograph captures the industrial context of UDI marking: component, harness and 2D data are presented together in the same scene.

THE DPM SUBSTRATE

DataMatrix: compact,
direct and controllable.

Direct on-part marking requires end-to-end consideration: code geometry, surface condition, contrast, placement and verification.

01

Compact information

The 2D code concentrates information in a controlled space for parts, components and instruments to be marked.

02

Permanent marking

The laser alters the surface without adding ink, using a process that must be qualified on the actual materials and operating conditions.

03

Verified reading

Project compliance is achieved with a control strategy, definition of expected quality and validation of reading.

INTEGRATION WORKFLOW

From the specifications
to the read code.

  1. 01
    Qualify the part

    Material, finish, geometry and usage constraints.

  2. 02
    Define the data

    Code structure, variable data and need for readable text.

  3. 03
    Tune the process

    Contrast, dimensions, placement and marking rate.

  4. 04
    Verify the reading

    Reading and validation according to the project quality protocol.

VISUAL REFERENCE POINTS

The project is built
with evidence.

The dossier retains a single visual reference to streamline exchanges between industrialization, quality and production, without combining incompatible documentation formats.

STANDARD IDENTIFICATIONUDI

Data, media and reading are defined within the same qualification framework.

Visual implementation guide for UDI and compliance timeline
IMPLEMENTATION FRAMEWORKTo be specified according to the class and scope of your device.

UDI & DATAMATRIX STUDY

Let’s start from your device,
not from an abstract code.

Present your parts, volumes, data to encode and reading constraints. NWS Laser supports you in marking qualification.