MechanicalFinding FND-001
OpenConfirm rear service clearance before guard release.
Engineering coordination for custom machinery
Keep every engineering decision connected.
Lanta connects customer requirements, design reviews, engineering changes, decisions, and validation evidence—so the reason behind the work stays visible from scope to sign-off.
Open product workspaceINFEED + GUARD ASSEMBLY / PERSPECTIVE
1234
ControlsSelected · FND-002
ChangeCable access conflicts with the revised panel envelope.
REQ-014CHG-008
SupplierFinding FND-004
ReviewIncrease the bend radius before fabrication.
Connected workflow
One decision thread, end to end.
- 01Customer requirement
- 02Design review
- 03Engineering change
- 04Validation evidence
Requirements + systems
Trace the obligation through design and verification.
Product direction
See how a customer need can relate to a system, a function, a FAT test, and its evidence. This is an illustrative workflow—not automated traceability in today’s prototype.
RELATIONSHIP MAPSelected · REQ-021
Contextual 3D collaboration
Discuss the design where the decision lives.
Working prototype
Lanta’s current prototype uses APS-based 3D viewing. The surrounding findings, decisions, linked records, and richer collaboration patterns demonstrate the workflow direction.
123SU
SupplierFND-003 · 2 replies
Confirm the guard bend radius before fabrication release.
2D drawing review
Keep fabrication feedback attached to the drawing.
Illustrative workflow
Review dimensions, tolerances, brackets, and interfaces from multiple disciplines without separating the comment from its exact drawing region and revision.
PC-2407 · GUARD PANEL ASSEMBLYDWG-440-17REV B.04 · SCALE 1:8
MechanicalDWG-440-17 · B.04
Add the missing clearance dimension before release.
ManufacturingRegion 02
Confirm this tolerance with the fabricator.
ControlsBracket detail
The sensor bracket location conflicts with cable access.
Supplier + customer feedback
Organize external input without losing design context.
Product direction
Bring internal, customer, and supplier feedback into a review register connected to its file, revision, finding, and owner. External portals and deeper permissions are not presented as production-ready.
DESIGN REVIEW FINDINGSFeedback register
5 findings · PC-2407
Feedback titleContributorFile / revisionTagsStatus
FND-002Confirm guarding clearance at changeover positionLinked to selected design-review pinCUCustomer reviewOperationsASM-440Revision B.04CustomerSafetyOpen
FND-006Customer requested an additional barcode checkLinked requirement · REQ-027CUCustomer reviewQualitySequence notesRevision C.01CustomerControlsAssess
FND-009Supplier cannot hold the specified bend toleranceFinding from drawing reviewSUGuard fabricatorSupplierDWG-440-17Revision B.04SupplierDFMBlockerBlocked
FND-011Review servo lead time before approving changeLinked change · CHG-012PUPurchasingInternalBOM-2407Baseline R13SourcingNeeds review
FND-014Cable route requires additional service accessRelated finding · FND-002COControlsInternalASM-440Revision B.04ControlsSafetyIn progress
Simulations + models
Know which engineering models still support the current design.
Product direction
This library illustrates future connections between model inputs, outputs, requirements, changes, and validation. The simulations do not execute inside the current prototype.
PC-2407 / ENGINEERING MODELSModel coordination
All disciplinesFreshness · Any
Conveyor throughput modelIndustrial Engineering · J. Park
Up to dateChecks target rate across the infeed, inspection, and reject sequence.
- INPUTS
- Line rate · Buffer length
- OUTPUTS
- 48 units/min
Servo sizing calculationControls · R. Diaz
Needs reviewDrive sizing for the revised transfer-axis payload and acceleration profile.
- INPUTS
- Payload · Motion profile
- OUTPUTS
- 62% peak torque
Pneumatic cycle-time modelMechanical · M. Chen
Rerun requiredEstimates clamp and reject-station timing against the requested cycle.
- INPUTS
- Stroke · Pressure · Load
- OUTPUTS
- 1.84 s cycle
Robot reach simulationAutomation · K. Holt
Up to dateValidates pick, inspection, and reject poses for the current cell layout.
- INPUTS
- Tool center · Cell layout
- OUTPUTS
- 6 poses clear
Electrical load calculationElectrical · N. Patel
Input changedTracks connected load after the additional barcode inspection station.
- INPUTS
- Motor list · Aux load
- OUTPUTS
- 38.6 A FLA
Guard-clearance studySafety · A. Singh
Rerun requiredReviews service and changeover access against the new cable envelope.
- INPUTS
- Guard · Panel · Service zone
- OUTPUTS
- — pending
Existing tools remain authoritative
Lanta connects the context around the engineering work.
CAD, PDM/PLM, controls, ERP, simulation tools, and formal release processes remain authoritative. Lanta’s direction is a shared coordination layer for the requirements, findings, changes, actions, and evidence between them.
Design partner program
Help shape the engineering workspace your team actually needs.
Lanta is being developed with engineering teams working on complex, customer-specific machinery. Design partners receive early access and help guide the product through practical feedback.
Request a design-partner demoStart with a practical conversation about where context gets lost in your current workflow.
- 01Bring a real coordination problem from your engineering lifecycle
- 02Explore how connected records could improve the handoff
- 03Guide the product through grounded, practical feedback
FAQ
A few practical answers.
Lanta is an early product, and the boundaries matter as much as the ambition.
Who is Lanta for?
Lanta is being designed for engineering managers, directors, and cross-functional teams building customized machinery and industrial automation systems.
Does Lanta replace CAD, PDM, PLM, ERP, or controls tools?
No. Lanta is a shared operational layer connecting requirements, reviews, changes, actions, and evidence around the tools and formal processes that remain authoritative.
What is available today?
Lanta has a clickable prototype with APS-based 3D viewing. Requirements, findings, changes, and readiness interfaces demonstrate the intended workflow; deeper automation, model connections, and external portals remain product direction.
What happens in a design-partner conversation?
We start with a real coordination challenge from your engineering lifecycle, explore how Lanta’s connected records fit, and use practical feedback to guide the product.