We believe every industrial product should be easy to understand, even when the person viewing it does not use CAD software and cannot receive the original CAD file.
CAD models contain the clearest and most complete view of a product, but that view usually stays inside engineering. Sales teams work with screenshots, PDFs, technical drawings, and screen-sharing calls. Clients see a few views chosen in advance. When a question falls outside those views, someone has to return to the CAD model and prepare another answer.
Dimsight helps industrial companies share browser-based 3D visualizations of CAD models with clients through a simple link, without sending the original CAD file. A company uploads a STEP file, and Dimsight generates a separate 3D visualization that the client can inspect in a browser.
Our purpose is to bring the product itself into the sales conversation. We want engineering knowledge to remain accurate when it reaches sales teams and clients, so technical products can be explained clearly and decisions can be made with fewer misunderstandings and less back-and-forth.
Our path from a CAD model to a client decision
Making industrial products easier to understand is a large problem. We are approaching it in a clear order, starting with the information already present in a company’s CAD models.
### Step one
Turn a STEP file into a browser-based 3D visualization that can be shared without sending the original CAD file
### Step two
Bring parts, assemblies, dimensions, drawings, and custom configurations into the same shared client experience
### Step three
Keep clear product information with the conversation from the first question to the final decision
We believe industrial sales will gradually move away from disconnected files sent back and forth. A shared product view can give sales, engineering, and the client the same reference while each person continues to work in the tools they know.
Our first major milestone is to make a complex STEP file useful to someone who has never opened CAD software. A successful conversion should preserve the shape and scale of the CAD model, the parts inside an assembly, and the relationships between them. It should also load quickly enough to use during a real client conversation.
This is why we treat conversion, the 3D viewer, drawings, dimensions, and sharing as parts of one problem: helping another person understand the product correctly.
Some beliefs guide how we are building Dimsight. We hold them strongly, but real files and real sales conversations will keep testing them:
The CAD model should remain the source of truth. The 3D visualization and drawings should come from the same STEP file
Clients should not need CAD software. A normal web browser should be enough to inspect a technical product
The original CAD file should stay private. Sharing a product should not mean transferring its source file
3D and 2D answer different questions. A spatial view and a precise drawing are more useful together
Assembly context matters. A part is easier to understand when it can be viewed alone and inside the full assembly
Useful detail matters more than visual polish. Structure, dimensions, units, and part identity must survive conversion
Speed is part of clarity. A shared visualization must open smoothly on the device a client already has
Private sharing and public catalogs solve different needs. Custom configurations should be easy to show without publishing them for everyone
Who we are and what drives us
Dimsight is being built for industrial companies and the people who explain technical products every day. We care about the point where engineering precision meets a human conversation, because this is where valuable product knowledge is most often reduced to a few static files.
We are starting small and staying close to real users. Sales teams show us where explanations get stuck. Engineers show us which details cannot be lost. Clients show us what makes sense without specialist knowledge. Our job is to listen carefully, solve those problems one by one, and earn trust through the accuracy of what we build.