Features

Automated Simulation

Auto generate simulations to test and investigate design projects, physical environments and effects

Auto-generate simulations for your product designs
Set environment conditions to test your product in
Fast, hassle-free simulation setup, execution and data collection
View, export and analyze product designs and simulation results

Automated Simulation + Optimization

Generate solutions to design projects and meet design goals such as increasing performance in an environment, endurance to physical effects, or reducing cost and improving manufacturability

Automate optimization for your product designs
Set design goals based on your product’s required performance
Guidance and help generating initial CAD file(s)

Custom Simulation + Optimization

Generate solutions to design projects including custom design requirements, unique challenges, or large and complex projects

Run optimizations with expanded computational resources
Set custom design goals based on unique needs and requirements
Engineer assigned to set up & assist additional customization

Feature Details

Learn how you can use Parallel Pipes' technologies to create the best products

Automated Simulation

Best for testing and investigation in projects with well defined design goals, and valid CAD files describing design geometry.

If you need a detailed look at a scenario or environment to test your product in, our easy to use simulation plan will get you the results you need fast.

Have a question? Not sure where to begin? Contact Us For Pricing

Effortless simulation, directly from your existing CAD models
Quickly investigate design feasibility
Accurate & detailed analysis of proposed features
Hassle-free tests over different environments or scenarios

What can you use it for?

Stress test drone exposed to strong winds to determine durability in hazardous environment
Determine optical or EM characteristics of a system exposed to an EM or optical source
Assess impact on a part from heating effects, or thermal profile during a manufacturing process
Destruction test of robotic component to determine maximum lifetime
Your project.

Automated Optimization + Simulation

Generate solutions to design projects and meet design goals such as increasing performance in an environment, endurance to physical effects, or reducing cost and improving manufacturability

Most valuable for improving designs which fall short of requirements, projects with multiple design goals, or design for manufacturability.

We will assist you in translating your needs into concrete design goals and requirements, and if needed provide guidance for refining your CAD to be simulation-worthy.

Have a question? Not sure where to begin? Contact Us For Pricing

Automatically identify flaws & optimize product designs
Accelerate design cycle, end-to-end
Simultaneously explore multiple pathways and possibilities
Reduce risk to create manufacturable products

What can you use it for?

Optimize drone parts by reducing weight, to withstand extra stress from flight, or increase aerodynamic efficiency
Improve optical or EM characteristics of a system exposed to an EM or optical source, by changing materials or components
Modify part to withstand thermal effects during use, or thermal profile during a necessary manufacturing process
Increase lifetime of robotic component by improving durability, or endurance by improving resistance to corrosion
Your project.

Custom Optimization + Simulation

Ideal for projects with unique design challenges and complex design goals. Generate solutions for custom design requirements.

We will assist you in translating your needs into concrete design goals and requirements, and if needed provide guidance for refining your CAD to be simulation-worthy.

Our support team will help you get started and ensure your project with us is a success.

Discover solutions to unique challenges
Generate optimal designs satisfying complex or contradictory goals
Guidance & support implementing customized requirements
Reduce risk to create manufacturable products

What can you use it for?

Optimize electric aerospace vehicle for fast VTOL (vertical takeoff and landing), extended flight and reduced part fatigue
Increase system lifetime of robot operating in hazardous environment, while reducing cost
Determine insertion profile of implantable medical device with hyperelastic components
Find most efficient optical wavelength to use for detection in specific types of liquids
Your project