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Automotive assembly line with robotic arms, the environment Levio Studio time studies are recorded in

Levio Studio

Turn process video into balanced, standardized work.

Video-based cycle time analysis and workload leveling for industrial engineers, continuous improvement and manufacturing operations.

How Levio Studio works

From process video to standard work, in one sequence

Each step does one job. Study the work, level the load, standardize the result.

STEP 01

Build the plant hierarchy

Create the structure your work lives in: plants, then lines, then processes. Every study stays attached to a real place on the floor.

DEMO: Plant hierarchy

Plants

+ Add plant
Main Plant2

Lines — Main Plant

+ Add line
  • Assembly Line A3
  • Assembly Line B2
  • Drivehead Line2
  • Subassembly 2PC0
  • Subassembly 1PC0
  • Machining Cell1
  • Gear Line1
Placeholder mock of the Levio Studio plant hierarchy screen.
STEP 02

Organize departments and lines

Group capacity by department and assembly line. Track how many processes each line carries and its current takt.

DEMO: Plant library / line cards
Assembly Line A
Capacity / component3 processes · 0 projects
  • Center Section Line+ New project
  • Final Assembly Line+ New project
  • Axle Shaft Assembly+ New project
Assembly Line B
Capacity / component2 processes · 0 projects
  • Sub Assembly+ New project
  • Axle Shaft Assembly+ New project
Placeholder mock of the Levio Studio plant library / line cards screen.
STEP 03

List processes and open a project

Each line holds its process sequence — man, machine, or both. Open a process to start the study.

DEMO: Process sequence list
Processes
10 processes · 1 project
+ New project
Blanking1
Open project
7 studies7 videos31 Jul 2026, 21:52
Cutting+ New project

No projects yet — create one for this process.

Gear Cutting+ New project

No projects yet — create one for this process.

Furnace+ New project

No projects yet — create one for this process.

Placeholder mock of the Levio Studio process sequence list screen.
STEP 04

Cut work elements from video

Upload the process video and register work elements with timings and categories: value-add, walk, wait, machine auto, load and unload.

DEMO: Study page — video player and elements table
Levio Studio work element study screen: video player with cycle timeline and the elements table showing categories, start, end and duration
  • Cut elements live

    Press E while the video plays to split the cycle into work elements.

  • Categorise instantly

    VA, walk, auto and waste tags applied per element.

  • Frame-accurate times

    Start, end and duration captured to 1/100 s.

  • Multi-cycle capture

    Record repeat cycles and compare variation per element.

Placeholder mock of the Levio Studio study page — video player and elements table screen.
STEP 05

Generate work elements with AI

Levio AI reads the video and proposes element boundaries, repeated cycles and activity types. You review, classify and approve — nothing is final until you say so.

DEMO: Generate AI work elements
Levio Studio Generate AI Work Elements dialog with analysis scope, sensitivity, cycle and takt time inputs, detection options and process description
  • Scope and sensitivity

    Analyse the entire video or a section, with tunable segmentation sensitivity.

  • Cycle detection

    Detects repeated cycles and proposes element boundaries automatically.

  • Activity classification

    Suggests VA, walk, wait, auto, load and unload per element.

  • Context in, accuracy out

    Feed takt, cycle time, operators, process description and work zones.

Placeholder mock of the Levio Studio generate ai work elements screen.
STEP 06

Level the workload

Build the Yamazumi-style leveling chart from man and machine studies. Create rules for the elements so the sequence is visualised clearly, then see station load against takt in one view.

DEMO: Workload leveling chart
Workload leveling chart showing station load against takt with rule-based element sequencing
Placeholder mock of the Levio Studio workload leveling chart screen.
STEP 07

Present the proposed solution

Compare current and proposed states side-by-side with stacked station charts, key figures, and a clear change list. See exactly how takt, balance rate and station over-takt move before anything changes on the line.

DEMO: Current vs proposed comparison
Levio Studio current vs proposed comparison showing side-by-side station charts, key figures and change list
Placeholder mock of the Levio Studio current vs proposed comparison screen.
STEP 08

Standardized work and layout

Upload the floor layout, place the sequenced elements, and draw the operator path around machine blocks.

DEMO: Standard work layout sheet
1234
Placeholder mock of the Levio Studio standard work layout sheet screen.
STEP 09

Play the sequence

Press Play sequence and watch the operator path animate across the floor layout in real time. The side panel shows every step, walk and machine cycle with its exact timing.

DEMO: Standard work layout with sequence playback
Levio Studio standard work layout with machine blocks, operator path and sequence playback panel
Placeholder mock of the Levio Studio standard work layout with sequence playback screen.

AI video element analysis

The AI watches the video and proposes the work elements

Instead of scrubbing frame by frame, let AI video analysis segment the process and suggest elements with timings. You review, approve, and edit.

  • Faster studies — first pass of elements in minutes, not hours.
  • Consistent element naming across engineers, lines and plants.
  • Human-in-the-loop: every suggestion is approved or rejected by you.
DEMO: AI analysis progress and suggested elements
Analyzing video…68%
  • Reach and grasp fastenerVA96%
  • Walk to station 2Walk91%
  • Machine auto cycleAuto88%
  • Load fixtureLoad84%
Placeholder mock of the Levio Studio ai analysis progress and suggested elements screen.

Built for the people who own the standard

Industrial engineers
Run work study from video, set standard times, and defend them with element-level data.
Continuous improvement
Quantify waste, model the proposed balance, and show current versus proposed before the change.
Manufacturing engineering & plant ops
Keep line balance, layout and standardized work aligned across every line in the plant.

Questions from the shop floor

Launch offer

The first 20 downloads are free

Claim a complimentary license while seats last. Paid licensing starts after the launch group is filled.