CAD/CAM Automation
Empower your production line, revolutionizing efficiency and precision in design and manufacturing processes.
Software Proficiency
Pricings
Consulting
$50/ hour
Managing
$35/ hour
Execution
$25/ hour
The pricing displayed above represents the average rate for the service rendered. However, variations may occur based on the complexity and scale of the project. For precise and detailed information tailored to your specific requirements, we encourage you to reach out to our sales team for further consultation.
Overview
Automation plays a pivotal role in streamlining CAD and CAM processes, enhancing efficiency, and reducing errors. In CAD, automation can handle repetitive tasks like drafting, dimensioning, and geometric calculations.
Similarly, in CAM, automation can optimize toolpath generation, tool selection, and machining operations. Through scripting, macros, and custom plugins, we automate CAD tasks, enabling batch processing and template-driven design. For CAM, automation involves optimizing cutting parameters, toolpath generation, and integrating with CNC machines for seamless manufacturing workflows.
We specialize in implementing leading 3D part automation software such as DriveWorks, VisualCAD/CAM, and Mastercam Automation Suite. With our expertise, we empower businesses to harness the full potential of CAD and CAM automation, increasing productivity and accelerating time to market. Take the next step towards optimizing your CAD and CAM workflows by consulting with us today.
CAD Automations Development
Our CAD automation service offers various automations to streamline design processes and enhance productivity. We can automate design parameterization, standard component insertion, template-based designs, and design rule checking. Specific tasks like dimensioning and annotating, feature recognition, file management, design optimization, and data export can also be automated. For example, automating the generation of part numbers and Bills of Materials (BOM) ensures accuracy and saves time.
We use programming languages such as Python, VBA, C++, and JavaScript to develop customizations and automations tailored to our clients' needs. Our expertise also includes creating custom user interfaces (UIs) to enhance usability and efficiency. These UIs ensure that the automation processes are user-friendly and seamlessly integrated into your existing CAD environment. Contact us for consulting to see how our automation services can transform your CAD workflows, reduce errors, and improve overall efficiency.
Nesting Automations Development
Developing macros for nesting operations in furniture, sheet metal, and other industries demands a nuanced approach tailored to each sector's specific needs. Our expertise lies in crafting macros that optimize nesting processes, bolster material efficiency, and slash production costs.
In the furniture realm, our macros excel in optimizing cutting patterns for various woods and composites, considering factors like grain direction, panel size, and part orientation to minimize waste and maximize yield per sheet.
For sheet metal, our macros focus on nesting parts efficiently to reduce scrap and enhance machine utilization. We account for elements like material thickness, bend allowances, and cutting tool constraints to generate optimal nesting layouts.
Our macros are adaptable, catering to diverse industries like automotive, aerospace, and electronics. Whether it's nesting flat patterns, 3D components, or intricate assemblies, our tailored solutions can elevate your efficiency and bottom line.
CAM Automations Development
Our CAM automation development services focus on enhancing efficiency and accuracy in manufacturing processes by automating repetitive tasks. CAM automations can streamline toolpath generation, optimize cutting sequences, and reduce manual programming errors. These automations are developed using programming languages like Python, VBScript, and C++, and can be integrated with CAM software to create custom macros and scripts.
For example, we can develop an automation that optimizes toolpath strategies for complex 3D milling operations, reducing machine runtime and material waste. Our team specializes in creating tailored automations to address clients' specific needs, improving overall productivity and quality. By leveraging advanced CAM automation, we enable our clients to focus on critical aspects of their projects while reducing operational costs. Contact us to discover how our custom CAM automation solutions can benefit your manufacturing processes.
3rd Party Software Implementation
Different CAD software OEMs and third-party developers have created ready-made software to automate mundane tasks and enhance design efficiency. Examples include DriveWorks and iLogic. DriveWorks automates repetitive design tasks by creating custom rules to configure and create 3D models and drawings automatically, while iLogic adds rule-based design automation to Autodesk Inventor, enabling the creation of intelligent models that update according to predefined logic.
We assist clients in selecting and implementing these tools to solve their unique problems, streamline workflows, and improve work quality. By integrating these automation tools, we help businesses increase productivity, reduce errors, and enhance design accuracy. Contact us to learn how we can enhance your CAD/CAM processes through tailored automation solutions.
How it works
Step 01
Assessment
We evaluate your CAD and CAM processes to identify areas for automation, aiming to enhance design and manufacturing efficiency. We understand the processes that are specific to your company. This allows us to visualize your goals and the problems that need to be addressed.
Step 03
Solution Design & Presentation
We develop a customized automation plan, selecting the best CAD and CAM tools and technologies to meet your specific requirements. This may involve developing custom software or implementing 3rd party tools. We present our solution to you in detail.
Step 05
Implementation
During implementation, we seamlessly integrate the automation solution into your CAD and CAM environment, working closely with your team to ensure compatibility and minimal disruptions. Thorough testing and adjustments are made to optimize performance.
Step 02
Requirement Gathering
We collect detailed requirements, including specific CAD tasks, CAM workflows, and desired outcomes, to tailor the automation solution to your needs.
Step 04
Development & Testing
We develop and thoroughly test automation scripts and systems for CAD and CAM processes to ensure they operate correctly and meet your specifications. During this phase, we conduct User Acceptance Testing (UAT) to refine any UX and UI aspects.
Step 06
Training and Support
We provide comprehensive training to your staff and ongoing support to ensure optimal use and maintenance of the CAD and CAM automation solution.
Project Highlights
Our esteemed client from the Netherlands required automation to configure their complex, rule-based modular industrial printing machine for generating quotations and fulfilling orders.
Utilizing Autodesk Inventor and iLogic, we developed a 3D configuration tool with an intuitive UI, enabling users to systematically select the necessary units. The configurator accurately places the 3D models and calculates power and cooling requirements in Excel, determining the supporting equipment, such as chillers and power supplies, linked to the drawing. This automation reduced a manual 24-hour process to just 4 hours!
Our client, New Zealand’s largest manufacturer of conveyor components, tasked us with automating the configuration of their conveyor units and generating/updating the drawings automatically. Using the powerful iLogic for Autodesk Inventor, we developed a configuration tool with a simple UI that allows users to select different options and configurations for an individual conveyor, such as dimensions, rollers, stands, belt types, and more.
The configuration tool automatically generates the drawing for the specified conveyor, making cost estimates and sales quotations in just a few clicks. This configurator uses fully detailed engineering models and reduces the time required to just 20% of the semi-automatic process that preceded this development.
A consultation session with one of our clients to understand how their CAM processes could be made more efficient. That meant shadowing them digitally to better get an idea of the breakdown of time spent on various processes when preparing their parts.
The solution was to use macros to automatically complete those steps that were repetitive and were based on various inputs thus shrinking the time required to process parts during CAM process. Using macros we were able to reduce their 10 step process to 3 step process wherein the macro automatically completed the remaining 7 steps.
Understanding the clients needs for more efficient use of time to get preliminary CADs out for confirmation from the clients for production, we came up with re-usable skeleton CAD designs. This allows customers to see and understand what they would be ordering and give confirmation before detailing those designs to production stage. The result being faster quotes hence shortening the lead times for orders.
These CADs would then be re-used to cater to other client’s requests with similar needs. With para-metrically driven designs, even detail design can be modified in a nick of time to further save design costs.
Every industry that utilizes CAM processes spends a lot of time preparing the CAD for CAM. During our consultation, we understood the issues the client was facing and found a common denominator to all their steps required to recognize the various features their parts had.
Using the information, we developed custom solutions for their software to automatically recognize those repeated features hence drastically reducing the time to generate CNC codes for them to start manufacturing.
We understand the underlying principles of every business which is the maximize efficiency while increasing profit margins. This means every area that exists from concept to assembly requires to be efficient including CAD design.
For this reason we provide standardized libraries consisting for various hardware parts that can be re-used in different designs. This also allows us to program these parts such that once used, they automatically apply cutouts, rivets and fasteners in CAD system relieving designers of valuable time that could be spent on tackling multiple orders at the same time.