3d printed Collars – Wildlife parks Get 3D Printed Tracker Collar

3d printed Collars – Wildlife parks Get 3D Printed Tracker Collar

3d printed Collars – Wildlife parks Get 3D Printed Tracker Collar, Allowing for Enhanced Population Tracking

A resource biologist, Brady Neiles used 3D printing to change the recent tracking solutions for wildlife populations.

Instead of implanting a radio transmitter, some bobcat kittens at wildlife parks are tracked thru a 3D printed collar. Not only is it expandable, but it is also complete with a reliable tracker.

Developed by Brady Neiles, this method is newer and more different than conventional surgeries. While it’s non-invasive, it also ensures appropriate results in no time. Neiles only utilised B9Creations 3D printing technology to tailor and develop the collars.

“Our main goal for this project is to determine both the population growth and survival rate for bobcats in the Black Hills. To get specific and accurate growth rate, we need to ascertain the survival rate of kittens. The information will also help related studies in the coming years,” Neiles said.

Compared to surgical implantation, a 3D printed collar is a safer alternative. For the past years, surgeries have led to potential injuries and animal’s death. A 3D printed collar, on the other hand, is stress-free. More than that, it does not pose serious side effects, making it the number one solution to try.

3D Printing: A Safe and Convenient Tracker for Bobcat Kittens

Collars with trackers are not new anymore. In fact, they have been used for the past decades. However, they would fall apart after six months of use. The culprit is the lack of weatherproof fabrics, affecting its durability.

But everything will be different with 3D printing. Using this cutting-edge technology has a ton of benefits to enjoy, according to Neiles. Long-lasting features, sturdiness and weather resistance are among the leading upsides.

After thinking of 3D print collars, Neiles decided to develop a prototype. Due to the potential of the project, Neiles received federal funding to roll out his plan on a bigger scale.

With the manufactured alternatives, Neiles developed collars that stand apart from the competition. They are weather-resistant and don’t absorb moisture. They are durable and flexible, making them worth the investment. From 6 months of use, these collars could last for a year or more. Experimented with materials, he finally settled on Nylon 6.

“If the 3D printed tracking method will be successful, it may serve as a perfect tool for other species around the U.S. That’s why we encourage everyone to support this project. Although it might be impossible to turn into a reality, it would be feasible with your help,” Neiles added.

“Once we finish everything, the collars could make a big difference. So far, we have collated a large number of juveniles in the wildlife, making the collection of reliable population estimates on a range of specifies simple. We plan to collar approximately 250 fawns every year across South Dakota, which can be a big opportunity as well,” Neiles said.

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