A DynaMaker template project that generates a motor bracket that fits the NEMA standard for stepper motors. With very few inputs the user can modify the installation size and picking the right standard without having to know anything about the NEMA specifications.
You can navigate the model with the middle and right mouse buttons.
Does this template look useful to you? Contact us at firstname.lastname@example.org and we can get you started with this!
This is one of many template projects available for a quick start with customization in DynaMaker. It’s a simple one-step configurator that enables parametric customization of a greenhouse with automated CAD exports. See the video below for an example of how it could work for your e-commerce!
On Thursday (19/3) at 16:00 CET we have an upcoming webinar to learn how to set up an assembly and let rules and logic automatically place components in DynaMaker. Please join in by sending an email to email@example.com or read more about our other upcoming webinars at our open webinars page.
We will look into some example cases of how things can be done, explain components and instancing, show you how to work with a tool like DynaMaker and discuss together different options and possibilities.
When working with an all-in-one cloud service like DynaMaker you can pretty much follow these 10-steps to develop your first CAD configurator for web, e-commerce or CPQ. All the technical aspects can be found on docs.dynamaker.com or by a discussion with our support team. The hardest part is usually doing things in the right order is usually the hardest part.
Development process in 10 steps
A.1 – Sign up for a free account on DynaMaker and go through our docs & tutorials docs.dynamaker.com A.2 – Request template projects from the support team (see examples on youtube.skymaker.se or start page) A.3 – Explore the template projects and get inspired to the best approach for your product A.4 – Draft a first prototype of the user interface in DynaMaker to find out what parameters should be configurable A.6 – Draft a first prototype of the main assembly of components with the major parts (both upload static CAD files and create some parametric CAD components in DynaMaker) A.7 – Show your prototype to your internal team and discuss the solution A.8 – Keep developing until you have a Minimum Viable Product (MVP) that can start solving some of the user cases (don’t wait too long or add too much stuff) A.9 – Introduce the MVP to the intended users to get early feedback and adoption of using a new tool started (it takes time..) A.10 – Keep adding new features in parallel with ensuring that more users/customer uses the visual product configurator
Requirements for an online CAD configurator
When you look at a configurator that runs in the cloud you need the following parts to work together. DynaMaker will handle all those three in a single platform. But the principles stated here apply no matter what platform you choose.
A client-side module with support for CAD that the users interacts with
A server-side module that hosts the application and provides additional functionality like authentication, saving and loading, etc.
A set of rules and formulas for the product configuration
Part 1 – Client-side module
The client-side mainly focuses on:
How the interface should look (placement of buttons, toolbars)
What the user can interact with (buttons, rotation of model)
What steps are needed to configure a product
Visualization in 2D or 3D
Presentation of relevant data to the user (dimensions, values)
Part 2 – Server-side module
To make things available on the web you need some kind of server to host the files and provide protected functionality like user handling, security, saving and loading a configuration, connections with other software, and much more. This is only exposed to the client-side through an API and can be composed of pretty much any programming language available.
Developing the server-side is hard and requires an experienced developer to ensure that it’s secure, can handle the load and is possible to maintain over time. The server-side is handled automatically in the DynaMaker cloud service.
Part 3 – Product rules and formulas
Last but not least you need a set of rules for your product configurator to work. Maybe you already have them written down in the product catalog? Or expressed in an excel sheet somewhere. These need to be translated to web-compatible formulas and code (client-side or server-side).
The rules and formulas can be distributed either to the server-side module (secret formulas) or the client-side module (compiled but available), or both, depending on how the product configuration is set up.
If you want code examples on how this can be set up on DynaMaker you can check out the tutorials under docs.dynamaker.com
DynaMaker has lots of templates and projects to start from when setting up a 3D configurator on your homepage. One template is for configuring profiles and creating BOM lists with customized cutting lengths. Let the customer select and add their profiles and automatically create packages of 3D files (STL, STEP) and BOM lists.
Sounds interesting? Send us a set of DXF files of the profiles you want to configure to firstname.lastname@example.org and we will set up your own version of this configurator and show you how to integrate it with your current homepage!
Documentation and tutorials are living documents and in order to make them as good as possible, we’ve added an edit button at the top right of each documentation page. If you have suggestions on how we can improve, press the button, log in to GitHub and make your change. You will be prompted to create a pull request with your changes, which is just a fancy way of letting us know that you’ve got some improvements.
Summer is closing in here in the north and what could be better than to plan for stimulating woodworking projects?
Of course, you first need an online tool to interact and explore the parametric possibilities and auto-generate all the material lists and drawings. Just hammering away won’t do it anymore.
A quick glance at a recent open project on the DynaMaker platform shows how you with a few properties and parametric patterns can generate furniture from a standard profile. From chair to sofa, to a flat surface with just a few parameters.
This is a good example of how to get started with building an interactive online customization tool, and how it can be made easy with the help of standardized tools. The time-consuming part is usually integrating a tool like this into the quotation/order process of a company. Luckily we are working on standardizing that as well, but for the happy enthusiast, it’s just to hammer away! Let us know if you want to explore this particular open project and perhaps use it for your own project.
We are now proud to announce that we have released our cloud service for mass customization! Our tools and knowledge that we have been using in the Swedish industry for the last couple of years are now available at the fingertips of everyone!
Building automated pipelines for custom production is hard and has historically been impossible to achieve at a reasonable price. But we have developed tools and methods to change that.
Our tools and our way of working enables affordable custom production and full utilization of the power that modern automated production machines bring to the industry. All bundled up in an accessible way in a modern cloud service built for the next industrial revolution.
DynaMaker is provided as Software as a Service (SaaS) and you can find our different types of accounts on the pricing page.
We still have lots of more useful features, integrations and examples that we are currently working on bringing to the cloud service. These will be continuously added to the service.
Do you need help to get started, training or perhaps use some of our engineers for a jumpstart on your mass customization project? Please contact us at email@example.com and we will find the way forward suitable for you.