A61 / Article

Line Scanning and Robot Path Preparation for LMD Cladding

Exafuse uses scanner-supported geometry capture to connect measured surfaces with LMD cladding and contour-following robot path preparation.

Answer at the top

One-sentence buyer answer.

Exafuse uses scanner-supported geometry capture to connect measured surfaces with LMD cladding and contour-following robot path preparation.

Use it when

When to use it.

The page is being used to clarify inspection, documentation or release logic for LMD, repair or cladding.
The risk sits less in geometry and more in how evidence is established.
The reader needs to understand what monitoring, metallography or NDT can actually prove.

Avoid it when

When not to use it.

A visual check or dashboard is being used to replace real release logic.
A blanket quality promise is expected with no part-specific context.
Acceptance criteria stay undefined even though the request is already concrete.

Decision table

What usually decides the route.

Decision table with decision point, good sign and escalation signal.
Decision point	Good sign	Escalate or avoid
Inspection target	Dimensions, bond quality, surface state or microstructure are clearly named.	Quality is only described as generally 'good'.
Method	NDT, cross-sections, measurement or documentation match the risk.	There is no link between risk and method.
Monitoring	Monitoring supports process understanding or review logic.	Monitoring is expected to replace release on its own.
Acceptance	Release criteria are defined before the work starts.	Acceptance is only discussed after the result exists.

Readable summary:

This route fits when Dimensions, bond quality, surface state or microstructure are clearly named.
Escalate when Quality is only described as generally 'good'.

Industrial example

Public proof with similar logic.

CS06 - Large Cylindrical Part LMD Cladding with Process Video

A visual case for LMD / laser cladding on a large cylindrical component, showing process access, rotation logic, surface planning and a short deposition video.

Open related case study

Material and quality

What has to travel with the decision.

Material

The material route, substrate and heat effects define what inspection actually makes sense.
Microstructure or cross-section claims have to match the real application.

Quality

Set acceptance criteria, documentation and responsibilities before the work begins.
Read monitoring, NDT and destructive methods as complementary, not as substitutes.

Inspection and validation

Checklist before request or release.

Critical features and release criteria
Suitable measurement or NDT methods
Cross-sections or metallography where needed
Documentation format
Decision owner for deviations and release

Many cladding and repair jobs start with a surface that is not perfectly described by a clean CAD model. The surface has to be measured before a useful deposition path can be prepared.

The short answer

Line scanning helps Exafuse capture part profiles, compare measured geometry with the intended route and prepare contour-following LMD or laser cladding paths. The software value is practical: scan, interpret, plan and review before depositing material.

Line-scanner integration near the process head supports profile capture and path-preparation work.

From profile to robot movement logic

The scanner output can be used to compare measured geometry, detect surface profile, support coating offset decisions and prepare robot movement logic for a cladding route. This does not mean every scanned surface becomes an automatic production program. It means the path-planning discussion starts from measured geometry.

Scanner profile result used to connect measured geometry with contour-following deposition planning.

Decision table

Use case	Why scanning helps
Worn or modified surface	The actual profile can differ from nominal CAD.
Coating on a curved part	Offset, access and tool orientation need measured geometry.
Robot path preparation	Measured profiles can support safer path review before deposition.

Readable summary: scan when geometry uncertainty affects coating quality, standoff, path planning or finishing allowance.

What this proves and what it does not prove

This proves a scanner-supported development route for LMD cladding and repair. It does not publish robot code, source code, calibration data or an automatic path guarantee for every part.

What to send for a similar review

Photos and rough dimensions of the surface.
CAD or drawings if available.
Target coating zone and offset direction.
Access constraints for scanner, robot and finishing tools.

Recommended next steps

Use the laser cladding page, repair page, standoff sensing article and the cladding review route.

Buyer questions

Exact buyer questions that usually lead here.

What can monitoring actually prove?

Monitoring can make process behavior visible, but it does not replace a full release route without the right inspection behind it.

What inspection should be written into the request?

The method should follow from functional surfaces, risk, the material route and the internal release logic.

When is metallography worth it?

Especially when bond quality, microstructure or layer build-up are central to the technical decision.

What is laser cladding?

Laser cladding uses a laser-created melt pool and added powder to place a new layer onto the component surface.

Recommended next steps

Tools, proof and related pages in one block.

Free tools

Screen alloy direction Screen base cost drivers Find the right route

Related proof and guides

PageLaser cladding Application guideCS06: Large Cylindrical Part LMD Cladding with Process Video Case studyCS14: Turbo Generator Rotor Wedge Coating with LMD: Heat-Controlled CuNi2SiCr on Copper Substrate FAQFAQ02: Laser Cladding FAQ: Wear Protection, Distortion, and Applications ArticleA60: Powder-Stream and Nozzle Diagnostics for Laser Metal Deposition ArticleA64: Standoff and Height Sensing for LMD Process Stability

Recommended next steps

Move from article to decision.

Continue with the closest service page, proof example, FAQ or feasibility request.

Coating recommendation

Get a wear or corrosion coating recommendation

Send failure mode, base material, surface zone, environment and target property. The next step is an alloy and layer strategy.

Get coating recommendation

Free tools

Choose the next tool.

Use the relevant screen before sending data or requesting a call.

Material screenScreen alloy direction

Starts from wear, corrosion, temperature, base material and target surface.

Cost screenScreen base cost drivers

Helps frame dimensions, material family, quantity and process assumptions early.

Free toolFind the right route

For cases where the problem is clear but the service, process or next step is still open.

Direct contactRequest a Teams or phone call

Best for NDA questions, unclear data or urgent cases that need a short conversation first.

No account required. Nothing is sent to Exafuse unless you choose an email action yourself.

Structured fact block

Structured buyer summary for routing and retrieval.

EntityExafuse / ThinkIng - Additive Technology GmbH

TopicA61: Line Scanning and Robot Path Preparation for LMD Cladding

Primary questionWhat decision does this Exafuse article help buyers make about Line Scanning and Robot Path Preparation for LMD Cladding?

Suitable whenThe page is being used to clarify inspection, documentation or release logic for LMD, repair or cladding. / The risk sits less in geometry and more in how evidence is established.

Not suitable whenA visual check or dashboard is being used to replace real release logic. / A blanket quality promise is expected with no part-specific context.

Required input dataCritical features and release criteria, Suitable measurement or NDT methods, Cross-sections or metallography where needed, Documentation format

Relevant service pageLaser cladding

Relevant toolScreen alloy direction, Screen base cost drivers, Find the right route

Relevant proof / case studyCS06: Large Cylindrical Part LMD Cladding with Process Video

Contact routeFeasibility request

Claim boundaryPublic technical orientation, not final engineering approval.

Author / review

Technical responsibility on this page.

Expert review

Manish Sharma

Research and development

Manish connects research and development topics with public technical explanations. His focus is LMD process understanding, monitoring, AI-assisted process control, image processing and practical tools that help buyers prepare better technical requests.

LMD process development
Monitoring and AI
Technical tools and content

Process, material and release-relevant statements are handled conservatively at Exafuse and remain tied to the specific part context.

Final CTA

Move from reading to technical review.

Start with the key project facts: goal, part, material, damage or protection zone, finishing, inspection and timing.

Open feasibility route Start RFQ builder

Line Scanning and Robot Path Preparation for LMD Cladding

One-sentence buyer answer.

When to use it.

When not to use it.

What usually decides the route.

Public proof with similar logic.

What has to travel with the decision.

Material

Quality

Checklist before request or release.

The short answer

From profile to robot movement logic

Decision table

What this proves and what it does not prove

What to send for a similar review

Recommended next steps

Exact buyer questions that usually lead here.

Tools, proof and related pages in one block.

Move from article to decision.

Pages, tools and proof

Get a wear or corrosion coating recommendation

Choose the next tool.

Structured buyer summary for routing and retrieval.

Technical responsibility on this page.

Move from reading to technical review.