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How to use SLP Studio

Build, optimize and defend a layout in one connected study.

Choose Factory Layout / Manufacturing, Warehouse & Distribution, Healthcare or Construction Site Logistics. Add planning units, relationships, movement and fixed constraints; then optimize, compare and export the selected concept.

Sample project includedNo CAD required to startEvery step remains editable
SLP STUDIO · BLOCK LAYOUT
New Plant ProjectVALID LAYOUT
ReceivingRaw MaterialAssemblyMachiningWeldingQualityPackagingShipping
✦ OPTIMIZE
9 flow connectionsMaterial movement defined
Scenario readySave and compare
Quick start

The complete study in eight steps.

Each step builds on the same project model. You can move backward, edit an assumption and immediately see the result change.

01

Set the facility

Enter the building envelope, optional site boundary, column grid and required clearances.

02

Add SPUs

Drag activity types onto the Block Layout and enter their required dimensions.

03

Add assets

Place fixed equipment, routes, doors, cranes, utilities and material-handling objects.

04

Define REL data

Assign AEIOUX closeness ratings and flow/day values to every meaningful activity pair.

05

Review diagrams

Use the REL Diagram, REL Chart, Material Flow and From-To Matrix to validate inputs.

06

Optimize

Lock what cannot move, review open checks and improve the current working layout.

07

Save scenarios

Save a Baseline and alternatives, then open, edit and compare the strongest options.

08

Export the study

Download DXF, SVG, CSV, JSON or a complete PDF report directly to your device for engineering review.

Guided workflow

Explore the dashboard step by step.

Select a stage to see what users enter, what the platform calculates and what should be checked before moving forward.

Define the planning boundary

Start with real dimensions. The building is the operational envelope; the optional site boundary represents roads, parking, truck courts and outdoor storage.

STEP 01
Project SetupAUTOSAVED

Place SPUs and physical assets

Add planning units and assets from the field-aware palettes, confirm their dimensions and position them before defining relationships. The selected project field changes terminology and sample labels without changing the underlying planning method.

STEP 02
Block Layout10 SPUs · 7 ASSETS
ReceivingRaw MaterialAssemblyMachiningQualityShipping

Enter closeness and movement data

Use AEIOUX ratings for required proximity and flow/day for movement quantity. Keep these separate: two activities can be close for safety, communication or shared services even when material flow is low.

STEP 03
REL RelationshipsAEIOUX + FLOW/DAY

Validate the planning logic visually

The REL Diagram reveals affinity clusters. The REL Chart preserves the complete pair-by-pair record. Material Flow and From-To Matrix reveal sequence and movement quantity.

STEP 04
Material Flow9 ACTIVE CONNECTIONS
1
2
3
4
5
6
320/day270/day250/day220/day180/day

Prepare and run optimization

Lock fixed SPUs and assets, resolve or accept legitimate checks, then click Optimize. The optimizer rearranges only the objects it is permitted to move.

STEP 05
Block LayoutVALID LAYOUT · OPTIMIZED

Save, reopen and compare alternatives

Save the reference state as Baseline. Create scenarios from the Baseline or from a previous scenario. Comparison always reports each selected alternative against the saved Baseline.

STEP 06
Compare LayoutsBASELINE + 3 SCENARIOS
BASELINE
SCENARIO 2 · OPTIMIZED
TRAVEL-24%
ADJACENCY91%
UTILIZATION78%
OPEN CHECKS0

Measure the current alternative

Review material travel, average flow distance, AEIOUX satisfaction, utilization, open checks and overall layout quality before selecting the preferred scenario.

STEP 07
Layout PerformanceSCENARIO 2 · OPTIMIZED
FLOOR UTILIZATION28.1%
MATERIAL TRAVEL165,844ft·moves/day
AVERAGE FLOW DISTANCE75.7 ft
REL SATISFACTION86%
LAYOUT QUALITY83 / 100
OPEN CHECKS0

Adjacency satisfaction

A relationships86%
E relationships100%
Overall score83%

Logistics and utilization

Longest active flow191.8 ft
Active flow links9
Locked objects3
Available expansion71.9%

Save the full model and export deliverables

Use JSON to preserve the editable project on your own device. Export the Current Layout, Baseline or any scenario individually, or generate the complete decision report.

STEP 08
Export DeliverablesSELECT LAYOUT: SCENARIO 2
DXF
DWG-ready DXFContinue detailed work in CAD.
SVG
Vector diagramsBlock Layout, REL, flow and dashboard.
CSV
Engineering dataMetrics, SPU schedule and REL data.
JSON
Editable projectPreserves scenarios and study inputs.
PDF
Complete layout reportLayouts, scenarios, metrics, flows, relationships and audit trail.
Live product walkthrough

Watch the study build itself.

The animation below moves through project setup, REL data, material flow, optimization and scenario results. Use the controls to pause or jump to any stage.

1. Define the facility Set the building, site boundary and planning grid.
PROJECT SETUP
300 ft 300 ft 5 × 3 column bays
SPUs + INDUSTRIAL ASSETS
ReceivingRaw MaterialMachining WeldingAssemblyQuality PackagingShipping CRANE 3 locked objects
REL CHART + MATERIAL FLOW
1
2
3
4
5
320/day270/day220/day
OPTIMIZED BLOCK LAYOUT
ReceivingRaw MaterialMachining WeldingAssemblyQuality PackagingShipping CRANE Travel -24%0 open checks
SCENARIO RESULTS
BASELINE
SCENARIO 2
TRAVEL-24%Material movement reduced
ADJACENCY91%Critical REL priorities met
UTILIZATION78%Building space occupied
FLOW EFFICIENCY+21%Sequence and proximity improved
OPEN CHECKS0No unresolved conflicts
EXPORTDXF + PDFSelected scenario ready
Best practices

Build a study that stays fast, clear and defensible.

These habits reduce overlap, improve optimization quality and make the final report easier to explain.

01

Dimension before stacking

Add an SPU, enter its realistic dimensions and position it before dropping the next. Avoid piling many default objects in one corner.

02

Separate flow from closeness

Use flow/day for movement quantity and AEIOUX for required proximity. Do not force every strong relationship to carry material flow.

03

Lock only true constraints

Lock structural, utility or operationally fixed objects. Too many locks can prevent the optimizer from finding a meaningful alternative.

04

Review open checks

Resolve legitimate clashes or accept unavoidable conditions with a documented reason before saving the scenario.

05

Optimize before scenario saving

Save scenarios after meaningful edits and optimization. This prevents duplicate alternatives and produces useful comparison metrics.

06

Preserve the editable project

Download the JSON project file with the final report and keep your own backup. It keeps scenarios, geometry, relationships, flows, locks and accepted checks together without uploading the project to KUSTOM KO.

Start with a real study

Load the sample project or build your first layout from a blank facility.

The sample includes ten SPUs, five assets, defined relationships and material-flow data so you can explore the full workflow immediately.