Design automation
Custom tools for parametric rules, templates, and repetitive design steps.
Engineering software
Custom CAD/CAM software for design and manufacturing.
We create specialist tools that reduce repetitive work across design, manufacturing preparation, and technical data management while fitting into the existing engineering ecosystem.
Discuss your engineering needsCAD/CAM software
CAD/CAM projects require more than an interface. Geometry, file formats, computation, performance, and manufacturing constraints must work together. We design tools that support expert decisions and reduce error-prone steps.
01
What we build
Geometry and technical data
Purpose-built geometry processing, technical file exchange, and validation workflows.
Manufacturing preparation
Tools for operation planning, output generation, checking, and preparation of production data.
System integrations
Data exchange across engineering applications, document structures, production, and enterprise systems.
02
What needs does it address?
- Automate repetitive engineering work
- Detect file and technical-data issues earlier
- Accelerate the path from design to production
- Preserve company-specific knowledge and rules
Example workflow
From design parameters to manufacturing preparation
An example of automating a repeated engineering task by considering inputs, design rules, and production output together.
Model and inputs
Dimensions, materials, product options, and source files are defined and checked for missing or invalid inputs.
Rules and validation
Parametric relationships and geometry checks are applied, keeping decisions that require an expert user visible.
Production output
Technical files and production data are prepared for the target software or machine and validated with representative parts.
03
How we work
Together with domain experts, we define inputs, decision rules, expected outputs, and exceptions. Early prototypes validate the highest technical risks before the workflow is productised.
- 01Analyse the need and current landscape
- 02Define scope and architecture
- 03Build in clear priorities
- 04Launch, measure, and improve
Related team experience
Explore these workflows in our work.
Explore how parametric design, geometry processing, and CNC output fit into a single product workflow in our CAD/CAM study.
Engineering software · CAD/CAM
An integrated CAD/CAM platform from design to CNC production
CAD and CAM applications developed end to end by our team and used in real production. A connected workflow from design data to manufacturing preparation and CNC output.
- Platform
- Windows desktop
- Scope
- CAD → CAM → CNC
- Focus
- Design and manufacturing preparation
- Our contribution
- End-to-end development
- Use
- Real production
Descriptions are generalized to illustrate our capabilities without identifying organizations or products.
05
Frequently asked questions
01Can you integrate with our existing CAD/CAM tools?
We assess the product's APIs, plugin model, and file-format options to determine the most dependable method. Feasibility is confirmed during technical discovery.
02Can custom file formats and geometry data be processed?
When documentation, licensing, and the technical format permit, we can develop reading, conversion, validation, and output-generation workflows.
03How is performance handled in engineering software?
We measure data size, computational load, and user scenarios to choose an appropriate desktop, service, or hybrid architecture, testing critical operations early.
04Can automation be added without replacing our CAD/CAM product?
Where the product's APIs, extension points, and file exchange options allow it, custom tools can support the existing design process. A full product, extension, or standalone utility is chosen after reviewing licensing constraints, expert-user workflows, and required outputs.
Let's examine the engineering task you want to automate.
Share your CAD/CAM tools, representative inputs, design rules, and required production output so we can define technical discovery.