Parallel Pipes
Computer Software, 1400 Hancock St, Quincy, Massachusetts, 02169, United States, 1-10 Employees
Who is PARALLEL PIPES
Parallel Pipes is on a mission to minimize physical prototyping and development time. We provide an advanced multiphysics solution, enabling cloud-based simulation and optimization at a p...
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- Headquarters: 1400 Hancock St, Quincy, Massachusetts, 02169, United States
- Date Founded: 2018
- Employees: 1-10
- Revenue: Under $1 Million
- Active Tech Stack: See technologies
- CEO: Stephen Karasek
Industry: Computer Software
SIC Code: 7372 | NAICS Code: 513210 | Show More
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Frequently Asked Questions Regarding Parallel Pipes
Answer: Parallel Pipes's headquarters are located at 1400 Hancock St, Quincy, Massachusetts, 02169, United States
Answer: Parallel Pipes's official website is https://parallelpipes.com
Answer: Parallel Pipes's revenue is Under $1 Million
Answer: Parallel Pipes's SIC: 7372
Answer: Parallel Pipes's NAICS: 513210
Answer: Parallel Pipes has 1-10 employees
Answer: Parallel Pipes is in Computer Software
Answer: Parallel Pipes contact info: Phone number: Website: https://parallelpipes.com
Answer: Parallel Pipes is on a mission to minimize physical prototyping and development time. We provide an advanced multiphysics solution, enabling cloud-based simulation and optimization at a project-based cost. Our Simulation service is powerful and user-friendly, allowing you to quickly and cost-effectively simulate your product design. Using machine learning it can automatically identify boundary constraints for your analysis, enabling consistent and effortless simulation. With our easy-to-use interface, it is simple for anyone to upload their CAD models and simulate performance. An efficient approach without the need for expensive licenses, specific hardware, and specialized knowledge. Our patent-pending design Optimization will iteratively maximize your product's goals within the design constraints. Using physics-informed AI, optimization quickly converges to an optimal design that meets all your specifications and constraints. From a simulation, simply input design goals and constraints. Constraints can include allowable material and geometry changes while goals can include minimized manufacturing cost, minimized material usage, maximized performance, limiting manufacturing processes, etc. With this information, the tool will produce an optimized design, sharing all iterations and key metrics of each. We are always available and excited to talk about design challenges and see if our system can help solve them - Feel free to reach out!
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