3D Printing Is Changing The Way Healthcare Looks At Replacement Parts

3D printing has revolutionized a number of industries already, from manufacturing and aerospace to the artisan creations and inventions that bring new product ideas to life. Its uses are not limited to design engineers in the manufacturing space and entrepreneurial makers looking to start a new business though. The fact is, 3D printing offers tremendous opportunities for prototyping for practically any kind of three-dimensional device, and that includes medical devices and implants. Read on to learn how working with a 3D printing company can help you develop prototypes for new kinds of medical equipment.

Medical Device Development With 3D Printing

There are two basic ways that this new process is revolutionizing the medical industry.

• Building custom implants and devices that are built to the specific measurements of a patient
• Faster working proof-of-concept and proof-of-design prototype.

These two ways of operating are not mutually exclusive. It is definitely possible to prototype devices that are later manufactured on 3D printing equipment to allow them to be custom fit.

Building a Relationship With 3D Printing Professionals

The skill set necessary to program new designs into printers is highly specialized. We recommend those interested in customized prototypes and 3D printing work with outside specialist such as a design engineer in Philadelphia that can be retained to facilitate your work. As for healthcare facility that may use 3D printing for customized medical devices in surgeries, it would be best to have a technician on staff that can work closely with the medical team designing the customized devices. These relationships can take time to develop, but it all starts when you research the 3D printing company choices near you.

Developing Guides

As your approach is refined, the engineers who work with you to produce medical devices will be able to create streamlined protocols and programs that allow you to simply enter patient measurements to start the process of building a new medical device custom fit to their needs. Currently, examples of success stories include individually fit prosthetics like a replacement hand and other limbs, as well as orthopedic implants that help strengthen a hip or knee joint. The guides written for these processes allow doctors to simply assess the patient and record specific measurements using digital tools that are uploaded straight into a design program.

Approaching 3D Printing as a Newcomer

If you are looking for a way to break into the field of medical device development, we suggest you look for design engineer in Philadelphia that is already doing this type of work and ask if you can support his or her efforts as a partner, employee or intern. Most 3D printing companies in Pennsylvania have only been introduced to rapid prototyping in Philadelphia in the last 5 years since the technology is so cutting edge. No doubt this arena will continue to develop as more great minds continue to test and grow new ideas. Very exciting!

Common Dental Emergencies Faced by Kids and Families

There are a variety of common disasters and small emergencies that pediatric dentists face on a daily basis and obviously parents worry each time a dental emergency strikes. It’s understandable, because if left untreated any of these common occurrences could become serious. At the same time, though, it’s worthwhile to remember that most kids’ dental offices have seen it before, so as long as you seek medical attention promptly, it should not be difficult to get all the help you need.

Toothaches

This one is the most common for both kids and adults. Toothaches tend to have a variety of causes, but the first aid is simple:

1. Clean the area with warm water
2. Inspect for impacted food and other debris and clear it
3. Compress the aching tooth with cold and call the dentist

Your dentist will be able to tell you whether the symptoms are serious enough to need attention, and if they do, the dentist will want to schedule an appointment to address the challenge ASAP.

Dental Avulsion

This is just a fancy term for knocking a tooth out, and pediatric dentists see plenty of it. If it’s possible to grab the tooth on your way in, do so. Pack it in ice, and follow first aid procedures to stop the flow of blood. Then, you will want to consult with your dentist. If the injury is small and the tooth is a baby tooth, an effort to replace the tooth may not be necessar. If it is an adult tooth, you might need a couple of appointments to discuss implants.

Displacement

Tooth displacement happens when new adult teeth growing in begin to push baby teeth or more established teeth out of place, causing alignment issues. It can happen slowly, from growth, or it can happen quickly due to truama.

A Broken Tooth

A crown fracture happens when your child is grinding his or her teeth or an impact createsa crack in the visible part of the tooth. That crack can eventually lead to tooth decay or even the need for a root canal if it is left untreated.

What to do About Dental Emergencies in Kids

A pediatric dentist in Newtown-Langhorne recommends that you call your local dentist for advice whenever you are worried about a dental emergency in kids. That way, you can get timely and relevant advice, including advice about emergency procedures that you might need to apply immediately to help start the healing process in the event of dental trauma. That’s why you need to keep the phone number for your kids dental offices on hand in case of an emergency. Kids have been having accidents that cause dental trauma since the dawn of time and most pediatric dental offices in lower Bucks County have seen it all.

The Design Loop and How It Works

Engineering is defined as applying knowledge and principles to problem solving and utilizing a process to design solutions. Engineers typically rely heavily on scientific knowledge and principles when it comes to overcoming obstacles, but what process do they use to get to the end result? The answer to that question would be the design loop, a series of steps engineers will follow when coming up with design solutions for problems. There isn’t one process with the same exact steps that all engineers follow. Companies that offer engineering design services will typically have their own spin on how to get from point A to point B, but all design processes generally start with a problem and end with a solution.

The Basic Three-Step Loop

The design loop can best be explained in three simple steps. It begins with idea generation, then moves to implementation. From implementation, it moves to testing and then back to idea generation, because it is common for new ideas to be generated during the testing phase. Engineers will have different ways of getting from step to step, but these three basic steps can be found in most design processes.

Tying It Together

Here are some steps that work well when incorporated into the three-step design process for effective solution and product development:

Understand and define the problem: This is an extremely key first step in the process. In order for a problem to be successfully solved, it must first be fully understood.

Explore all possible solutions: In this step, engineers will research solutions to the problem and the ways they can be used.

Define the solution goals: Here, the goal of the solution is defined, rather than how it will be accomplished.

Idea generation: Here is where the idea generation step of the loop would be inserted. This is when the engineer brainstorms ideas on how to reach the end goal and how the solution will be carried out.

Prototype: Engineers make mock-up versions of some of the ideas they have generated.

Choose a solution: Now that the engineer has come up with several solutions, it is time to choose the best based on goals and prototype results.

Refine and validate: In this step, it is time to make the concept more real. Details are crucial. For instance, in medical device development, the engineer will need to confirm that the design solution will meet specifications and intended use.

Design review: This is an approval process for the design.

Implementation: This is the implementation step of the loop. The design is put into action.

Testing: In the testing part of the loop, engineers determine how well the solution worked.

We recommend you don’t get stuck in the loop! As engineers, we tend to suffer from analysis paralysis and at some point, we need to accept the best option and move the process forward. Most industrial design firms in Philadelphia have a project management team that are the motivators for forward progress. Any product design and development project starts with an idea and will require a partner that offers engineering design services to move your idea into the Design Loop.