When it comes to FDM 3D Printing, there is always a workaround on any issues presented. However, the solutions are not derived from a vast catalog of options. They are pretty precise in design, and one of them is suitable for everything that is done with this prototyping/manufacturing method. We are going to discuss each one of them briefly. The ones including in the list are integrated solutions, open solutions, and external materials. Now let's get on with each one.

Integrated Solutions

These are also known as closed solutions because their nature is to put the nail in any issue's coffin. Workshops must be equipped to work with FDM 3D Printing and post-process tailoring if required. It calls for a great deal of maneuverability and a skillset that allow technicians work their problem-solving skill within any phase of the project. This model of work is for workshops that have all of their equipment in-house and have optimizing protocols in place. Prep-work is an established need on any manufacturing project. To apply integrated solutions, you must be prepared.

The finished results of products developed with integrated solutions speak for mm themselves. There are very few corrections to make if the pre-tuning of the specs goes to plan. If the team has worked out the details properly before starting the production cycle, you'll get a pristine product delivered in no time. The only downside to integrated solutions is cost since workshops that can pull it off charge higher rates due to the tech they have in the house to get things done.

Open Solutions

Open solutions is a simple term to talk about manufacturing teams working with software coded using open sources or standardized software. Many small-scale workshops in China work with this technology since it's free, cheap, and convenient. It also allows workshops to build partnerships and fulfill different project stages that one site might be suitable to handle over their own location. When it comes to FDM 3D Printing, this a vast advantage since it can give you more options to work with if you are on a budget. The only downside with this method is that the mere notion of changing workshops could change the final output of your product.

Use of External Materials

This model is very much akin to integrated soliton with one major change: the software used can support standard open code with a closed solution approach. This is especially useful if you switch workshops mid-project and save money using the old CAD model created in the original workshop. If you have chosen someone who knows what they are doing, you won't have any problem getting the product done as you wish. The only disadvantage you might face is the need for extra calibration on the new workshop's part to get things done the way you want to. If calculations are off by wide margins, you'll very likely have to start from scratch.