Assemblio

Assembly instructions from engineering data

Assemblio helps manufacturing teams turn existing CAD data into assembly plans and work instructions. It connects the engineering model with the sequence an operator needs to follow, including associated parts, annotations and visual guidance. Its AI functions support changes and reuse of existing assembly steps.

The platform is relevant to industrial engineering, work preparation, technical documentation and production teams managing assemblies with recurring design changes. It uses the supplied product model as its starting point. The resulting instructions serve planning, training, maintenance or shop-floor work rather than replacing the engineering design itself.

Composer for planning and change management

Assemblio Composer recognizes structures, components and assemblies in uploaded CAD data. Authors arrange assembly steps, simulate and validate them, and add supporting instructions. The product also describes converting design information into manufacturing parts lists, helping connect the assembly sequence with the items needed for that work.

The AI change manager identifies identical or similar steps when a product changes and helps transfer existing sequences. AI also assists with descriptive text in different languages. Documents, user roles and approval processes can be managed centrally, so the team can distinguish a draft instruction from one approved for production.

Viewer access and published outputs

Smart Viewer delivers the instructions interactively in a browser. Operators can inspect the visual assembly information without editing the source instruction. Composer can also export PDF, Word and video outputs, which suit different delivery requirements.

For a pump assembly, upload the model, establish the build order and add any tool or handling notes missing from the geometry. Have a production specialist review the sequence, then publish the approved version for operators. When the housing changes, compare the revision with the previous project and inspect the reused steps before releasing the updated instruction.

CAD and operational limitations

The official FAQ lists STEP, STP, P21 and JT import formats. It gives a recommended maximum of 5,000 individual parts or BOM entries, while explaining that actual processability depends on model quality, nesting and file structure. It also identifies a 3 GB file-size limit. Large or unusually structured assemblies should be reviewed with the vendor before rollout.

Geometry alone does not express every shop-floor requirement. Validate tool access, fixtures, orientation and instructions that depend on local practice. The viewer cannot edit content, so corrections need to reach an authorized author and pass the release process. Check the actual devices and connection used on the floor, particularly for complex interactive models.

Licensing and implementation

Assemblio offers a demo and vendor-guided introduction. Its FAQ says license packages differ mainly by Composer and Smart Viewer users and the number of uploads or planning projects. It describes an initial one-year contract with renewal terms; a public numeric price is not provided in that information.

Scope the number of authors, viewers, projects and required outputs when discussing access. The homepage advertises several deployment models, but confirm the selected arrangement and integration requirements in the proposed contract rather than assume every configuration is included.