Is your shopfloor changing faster than your plans? Then it's worth bringing digital workstation design with VR into your daily work. You assess ergonomics, efficiency, and quality in real proportions, spot weak points early, and decide based on measurable metrics such as times, routes, and ergonomic assessment. This speeds up approvals and lowers change costs before material is ordered or equipment is rebuilt.
Digital workstation design and VR production planning combine 3D layout planning with process analysis in VR and ergonomic assessment at the digital workstation. You experience distances, heights, grasping areas, and lines of sight at 1:1 scale and compare variants directly in the model. With Halocline, the planning platform for production layouts and workstations, this works with no training required and without CAD data. That makes it just as usable for beginners as for experienced planning teams.
VR makes scale tangible: you check grasping areas, working heights, and lines of sight with your own body instead of just on a monitor. This makes ergonomic assessments more accurate and avoids false assumptions from 2D floor plans. Whether displays are readable, safety distances fit, or tools are easy to reach, you check directly while walking through in virtual factory planning.
The earlier a mistake shows up, the less it costs. Bottlenecks, collisions, and unfavorable routes stand out immediately in VR, and you test changes directly in the space instead of waiting for a rebuild. This lets you stabilize cycle times, shorten routes, and avoid rework during ramp-up. For quality and occupational safety, this means more safety, because distances and hazard zones are checked before implementation.
Compared with classic 3D on a monitor, the difference lies in scale and the physical reference to your own body. This reduces the effort of interpretation. In reviews, one person walks through the model in VR while the others follow the walkthrough in spectator mode on screen. If you also capture metrics such as cycle time, route length, hand changes, the results of the ergonomics analysis, and distance violations, you create traceable decision bases for reviews and series approvals.
A fast start matters. Library elements for tables, racks, machines, and containers let you build a shopfloor layout in VR without design data. You check dimensions, working heights, and reach directly in VR, with grasping area avatars for gender and body height. The connection to CAD remains important for later detailing: Halocline imports CAD data, for example as STEP, FBX, or OBJ, but doesn't need it for the first draft.
Halocline stands for this pragmatic approach. You plan without CAD software, use the library, walk through the space in VR, and create variants as copies. Planning, occupational safety, industrial engineering, and production follow the walkthrough, see the results of the recordings, and make decisions on the model. The combination of workstation design in VR and 3D layout planning makes iterations fast. Process analysis gives you reliable values on sequence, bottlenecks, and walking times: you run through the workflow in VR, record it, and analyze routes and times. At Siemens in Karlsruhe, workstation design with Halocline became 4x faster.
A compact approach to checking grasping areas and heights shows the logic:
Further effects show up in changeover processes. If you record movements and routes, searching, turning, and regripping become visible. If you rearrange parts into the optimal grasping area, walking time and hand changes go down and line balancing improves. For layout variants, a quick A/B comparison with identical tasks is worthwhile, setting cycle time, space utilization, and bottleneck utilization against each other.
Transparency comes from clean measurement rules and consistent data capture. Set target values for cycle time, route length, ergonomics, and safety distances, document the measurement conditions, and record the metrics for each variant. A lean overview of time, route, and ergonomics metrics per variant supports reviews, and a decision log records date, responsible people, and reasons. This keeps your variants comparable and your decisions traceable.
For handover to implementation, Halocline offers several exports:
You record notes with labels directly at the object. For change tracking, you keep approval states with date and responsible people so that follow-up decisions stay traceable.
Validation on the shopfloor closes the loop. A lean pilot setup and feedback from the skilled workers on site increase acceptance and ensure transferability to series production. When the digital assumptions match real observations, ramp-up risks go down and implementation gets faster.
Want to validate your layout faster? Get started for free with Halocline Free and build your first workstation in 3D. For process analysis and the ergonomics check, get in touch and we'll show you the right scope.
