by • May 8, 2016 • 10s Comments
There are pretty much additional difficult and terrifying medical procedures beyond giving blood or receiving an injection—or actually only getting an IV—but if you or someone you understand is afraid of needles, and so you are well aware that is pretty no consolation. It is in addition frequently not a lot of fun for the medical pro who is take oning to insert a needle and playing ‘let’s hope we can find a vein soon.’ One may probably go so far as to say that this anxiety sometimes reaches beyond only patient and nurse, as well, stressing out the whole family.
One tech-savvy boyfriend out there, yet, decided to put his talents as a military car engineer to work in a different types of department as he listened to his girlfriend share her day and recount the challenges involved in take oning to take blood of patients at work, with most of those she had to work with being children. Being pretty new to nursing, this was challenging in the day-long venture of take oning to find veins. Alex Stanciu, being passionate of CAD create and 3D printing, figured he may come up with a easy, low-cost create that may streamline his girlfriend’s work—and manufacture him a hero all around to boot.
His create, that took several months to thoughtl, appears to be a winner indeed (especially if you check out comments of the Reddit page where he posted both his video, that you can see at a lower place, and specifics on his create). The 3D printed device is battery operated, and has a easy switch to turn it on and off. Once on, the 15 LED lights situated around the top light up and once the apparatus is placed on the arm or wrist with the LEDs face-down against the skin, the user can start seeking veins by just moving the finder around sideways or in a circular motion. Once you’ve discovered a vein, the needle is inserted into the tiny area where the vein finder has a gap.
“That way you won’t miss the vein…not actually your firstly time,” says Stanciu.
“It is meant use is to be utilized for patients who have deep veins or children where you can’t afford to miss the vein the firstly time, for the reason the 2nd time the child won’t be so enthusiastic of it.”
Stanciu created the device to be low-cost, firstly and foremost, as he and his girlfriend live outside of the US, where a thing like this may normally cost around 150£ (translated to over $215 USD). He estimates costs for his adaptation at around $25.
“…I createed a whole series of them in the take on to manufacture it additional patient-friendly, and I finally succeeded,” said Stanciu. “I created it in addition in a way not to warp with PLA, via blue tape and rubbing alcohol, and [the] heat bed not active for the reason I assumed it may be printed in areas that are poor and a printing device with [a] heated bed may be additional expensive.”
“Also this can be utilized in different types of countries around the world where they don’t have medical equipment or money to buy it, or pro staff is scarce . Now with the Zika virus and all… it’s a helping hand.”
The project needs the next materials, all outlined in Stanciu’s Instructable-bodied:
Dark filament for your 3D printing device (Stanciu recommends purple)Soldering iron and leadDremelOn – off switchOne M3 bolt (5-8 mm is sufficient)One M3 metal threaded insertBattery contacts for 2 AA batteriesTwo AA batteriesWireOne medical needle of a syringeTweezersNail cutterPliersGlueCaliper10 cm of shrinking tube15 resistors at 51ohm ( should be ok between 45 and 75)About 15 red LEDs wavelength above 620 nm. Make certain they are not higher than 680nm for the reason you won’t be able-bodied to see the light at all–and between 4000 and 6000mcd, Stanciu says you ‘can go temporarily blind.’
You can assume the project to print in under five hours or so. Stanciu recommends PLA, printing at .25mm height for speed. He does mention that if you want it to appear much additional thoughtl, print at .1mm and it can appear like it ‘came out of the factory.’ He utilized Catia for createing the device, and notes that if you don’t have a 3D printing device, you can only as easily send this create over to Shapeways for fabrication.
Whilst the 3D printing is in progress, you can trim and position the LEDs, building certain they are positioned so they don’t move around. Stanciu recommends, for all 15 LEDs, via the Dremel and a sanding tip to trim them, bringing the first 5.52 diameter down to 4.81mm. After this, you will want to check out Stanciu’s extensive directions and tips for soldering.
Once you’ve finished with soldering the LEDs, it’s time to add batteries and close down their cover with the M3 bolt.
Stanciu is quite open to feedback on the create and invites you to email him at email@example.com with any inquiries or suggestions. He stresses that he posts this online for free so that anyone who wants one can manufacture one, stating that to sell them en masse may need federal approval, that is complex to get.
“It is sort of a way to show the finger at the government, greedy companies, and so on and post them free,” says Stanciu on Reddit.
Do you ponder it’s a great thought for nurses to 3D print these for themselves? Discuss in the 3D Printed Vein Finder forum over at 3DPB.com.
by admin • March 5, 2017
by admin • November 28, 2016
by admin • November 28, 2016