Month: July 2021

The 6 Best Laser Cutting Design Softwares

Designing laser-cut parts can be a complex process. You have to be incredibly accurate with your dimensions if you want to get the best result — and this can be a tedious and complex process.

At EMS, we have a wide array of laser cutting beds and machines, so we know first-hand what it takes to produce the parts designed by Engineers like you.

We want to help you make the right software decision for your design needs, so here are 6 of the most common ones we see that do a good job and are easy to use.



SolidWorks is one of the most comprehensive laser cutting design software options on the market. It's a solid choice for laser cutting design software that does a lot more than just laser cutting — it can help you create 3D models, simulate, and mold form parts as well.

It has a somewhat steep learning curve, but SolidWorks is one of the best laser cutting design software out there to date once you get past that initial difficulty. It's heavily utilized in the mechanical design and engineering industries and is often considered to be industry-standard.



Pro/Engineer is another laser cutting design software that is laser-specific and more difficult to learn. However, it has a faster learning curve than SolidWorks and will produce laser-cut parts much faster as a result.

This laser cutting design software option is excellent for production laser cutting. Still, if you're looking for laser cutter design software that can do 3D modeling as well, we recommend checking out ProE.



AutoCAD is one of the most widely used 2D modeling software and laser cutting design software — it's a laser-specific laser cutter design software that is similar in structure to SolidWorks but has a much lower learning curve.

This laser cutting design software option is great for those just starting out with laser cutters as it offers laser cutter-specific features and programs.

AutoCAD was designed by Dassault Systems around laser cutting, so you know it's been tested! If you use the latest version (AutoCAD 2014), you can do more than just laser cutting — you can also export your parts to Pro/ENGINEER and SolidWorks directly, which makes this laser cutter design software even more attractive.



Mastercam laser cutter design software is also laser-focused while making the tools user-friendly and easy to understand.

It's also laser-focused, but laser-cutting design software has a steeper learning curve. If you're looking for laser cutter design software that you think will be a quick and easy transition from AutoCAD, this laser cutting design software option may not be the best choice.

It is great for laser cutting parts quickly and easily, so if you're looking for laser cut bed specifications to help with the production of laser cut parts in your business, this software might just fit the bill.


Fusion 360

Fusion 360 is a CAD software developed by Autodesk that is a cloud-based program. It allows you to collaborate more easily with other engineers to design your mechanical projects.

You can utilize solid modeling, mesh modeling, and parametric modeling with Fusion 360.



Inventor has great modeling options and tools for simulations. It is one of the top competitors of SolidWorks and is highly utilized in mechanical engineering, mechanical design, and product development.

It's useful for 3D solid modeling, visualization, simulation, parametric modeling, and product data management.

Contact Us to Produce Your Parts

If you're looking to have someone produce your parts, we can laser cut them for you. Our laser cutting engineers will ensure they are designed correctly and manufactured to the highest quality using laser-cut parts production techniques and the latest laser machines technology.

Find Out if EMS is the Right Fit for Your Project


How to Build a Robot at Home: 3 Resources for Aspiring Engineers

How to Build a Robot at Home: 3 Resources for Aspiring Engineers

If you're an engineer that’s looking for a project to help get your kids interested in engineering, then building a robot might be just the project for you. It’s a great way to get them involved with construction, programming, and electrical wiring that can set a great foundation for a future career.

In your search to build a robot at home, you may have come across various Arduino builds or insanely expensive Lego kits.

It can be overwhelming to get started, but we've compiled a list of some of the top step-by-step guides around so you can get to work building your robot at home.

Guide #1: Liz Miller and Learn Robotics 

Liz aims to help beginners by providing step-by-step guides for building robots out of household items like cardboard boxes and string. She provides a variety of educational materials to help you learn.

  • She uploads new videos to her YouTube channel every week that are short and super informative.

  • She has a shop with a variety of kits and books as well. This includes courses, digital guides, eBooks, events, and a wide variety of accessories.

Guide #2: Robotix with Sina 

Dr. Robot teaches you how to become a robotics engineer on his channel. He starts with a simple robot car that’s designed for absolute beginners. He goes step-by-step and walks you through:

  • Programming languages that control your robot’s behavior. He recommends learning C as a beginner. He recommends taking the C for Everyone: Programming Fundamentals course from the University of California Santa Cruz.

  • Next, he explains the electronics that you need to consider. He recommends using tools like Arduino kits that come with boards, sensors, LEDs, motos, jacks, and much more. He specifically recommends the ELEGOO Arduino Super Starter Kit and taking the course from edX called Arduino Programming, from novice to ninja.

  • Then, you can get a robot kit to get started a bit simpler. ELEGOO has a great smart robot starter kit on Amazon that he recommends.

Guide #3: Easy DIY Robots 

These videos are designed to be fun for young engineers that want to build basic robots that are powered by batteries. All of the robots are constructed with simple materials that can be easily found at home.

In this video, she’s creating a cardboard robot with glowing eyes, a remote controller, and wheels so it can be driven around. This is a fun project for anyone that’s trying to learn the basics of construction for building a robot at home.

  • She starts by building the feet with the wheels inserted into them. Then she attaches the legs and runs the wires up them.

  • Next, she creates the body and arms. She cuts a door into the body to insert the wiring and batteries.

  • Then she constructs the head and wires up the lighting for the eyes and runs the wires down into the body.

  • After that she starts working on the remote control and builds it out of cardboard and wires up the joysticks.

  • And she does the big reveal where you get to see her drive the robot around using the remote.

Subscribe to Our Newsletter

Hopefully, you've found some of these resources useful for designing your own robot at home! Subscribe to our newsletter and don't miss out on any of our articles or company announcements.

Subscribe to Our Newsletter