Enclosure for Arduino uno r3.. I recommend this print for anyone that needs an easy to build open case for your project.

This was designed for 4-40 scews to hold the board down. It is an open top design. Designed to be printed at 100% infill.

Shout out to:

by Dcdesigns

At Tinkerine our 3D printing technology is one called FFF. Due to the intricacies of nasal swabs and have small they need to be. This design is best printed with SLA or DLP. preferably in a resin that has slight flexibility after curing. The swab necks are tiny, while this version if designed to be SLA printed we are still trying to figure out a way to FFF print the swabs if possible. It may be better to open a mold and injection molding this in mass over 3d printing to really scale this.

MAKE SURE THE PARTS ARE FULLY CURED before use.

File: Swabv2.STL

We've got an exciting announcement to share with you today!

For those that are familiar with Tinkerine filament, you know that for years, we’ve dedicated ourselves to providing a PLA-based filament line with a strong focus on purity, safety, and reliability. We’ve spent much R&D hours fine-tuning our filament to work well with our Ditto Series FFF 3D printers. We’ve also set out to make eco-friendly packaging, which resulted in us moving away from the industry standard of plastic spools to mostly cardboard and card stock since the early days.

While the team is extremely proud of the filament we’ve created, we’ve never stopped looking for unique filament partnerships—nor any opportunities to reflect on how we can improve and offer our customers more unique product selections.

Today, Tinkerine is starting a new initiative called the “Filament Consortium Program”. Through the program, we will seek out unique filament partners that align with our vision of making pure, safe, and reliable products that the team at Tinkerine can stand behind.

When it comes to top filament manufacturers, Protopasta is a name many of you may already be familiar with. They’ve done some awesome work over the years, making unique materials that utilize cellulose fibres, carbon fibre, metal powders, and much more. Their dedication to maintaining the highest level of quality in their products strongly echoes values of our own. Their 100% cardboard spool and packaging also perfectly align with our stance on eco-friendliness and recyclability.

Starting in Q1 2021, we will be making a full transition from our PLA line of filaments to the Protopasta brand. Don’t worry, the beloved Natureworks 4043D-based PLA that you’re used to will continue to be in the lineup. Beyond the basics, we’re very excited to be carrying Protopasta’s 3D850-based HTPLA line that allows for heat treatment, giving everyone more ways to create heat-resistant, versatile parts.

We very much look forward to the partnership with the Protopasta team. We hope you’re all as excited as we are to explore their awesome filament selection with your Ditto Series 3D printers!

Cheers,

The Tinkerine Team

We took a step back and looked at what this was supposed to solve... Abrasiveness behind the ear. This gets 90% of the way there without adding complexity. If we lost this goal then we missed the point. The bigger part of the issue is scale. 3D printing "ear savers" takes up to 10-15 minutes per piece. So naturally. It's best to move the design to something that offers more parts per minute. Our choice of manufacturing tech for now. Laser!

30 seconds a piece.

Change log:

V6:

- Ergonomics, of the ear relief was designed to curve better around the neck without a bun/ ponytail

- More robust design of the"hook system. Less change of breakage during the manufacturing process

- Better yield on the raw stock.

Material: 0.030 PETG or thicker

File:Mask Band V6.dxf

Tinkerine has always looked at products from a different angle. A design-centric approach that makes products for people, and driven by the people it will impact the most.

It's clear that in an era of face coverings communication is increasing more important.

There are some things that are important to us for this product. Somethings we did not want to compromise on.

- Clear dome for lip reading,

- Comfort and seal

- Fully Sanitizable and Reusable

- Safety first for those that wear it

We went through a few dozen iterations...focus on size, and form, then onto materials focusing in on comfort and durability. This process is important. We knew it would be hard to make a 1 size fit all. In reality it's near impossible. This process looks to weigh the Pros and Cons of each decision.

(The below image only captures a slight sliver of the design work done)

So lets talk about safety and what that means to us.

We've seen a lot of ventilator style face masks that utilize a set of valves that allow the exhaled air to escape, this gives comfort to the user at the exchange of safety of those around. Safety for us means keeping both the user as well as those around is safe. A valved system didn't offer that, it is something that is important to us in the overall design of this product and we are pretty happy with the design that we came up with

Do you know what this option is for in the menu?

I cannot find any information on this parameter

A quick research has come up with a fact that ventilators are NOT supposed to be used at a ratio of 1:Many. There are things to consider such as different lung capacity, different illnesses each patient may have so contamination and etc. These are under normal circumstances.

The thing to focus on here is how ventilators can be used under an emergency situation. If all patients have roughly the same lung capacity, the tubing to the patients managed with the same run length, and most importantly the cross contamination aspect. If all patients on the ventilator has the same illness this may not be an issue under an emergency situation. This type of usage is outside of the specification of how the manufacture listed and also medical training so we have to consider the circumstances here. Save 1 person...or multiple and risk cross contamination.

It's also noted that patients needs to be paralyzed for this to work.

There is a clear video from Dr. Charlene Irwin Babcock talking about the above points.

https://www.youtube.com/watch?v=uClq978oohY

It's obvious that this approach has risks. The ideal situation is 1 ventilator per person, but we know that not all hospitals have enough ventilators as they are expensive.

---------------------------------

With this information, we need to first connect with respiratory therapist and emergency doctors to really understand the scope of this and see if the approach is right. It may not be as simple of a process to just make a splitter.

However, there could be a place for a smart splitter system with sensors and controls to properly measure and deliver flow and limit cross contamination. This would probably be the right angle to approach and tackling this idea.

Last note, it seems the international standard for ventilator breathing circuits is 22mm.

In Tinkerine Suite v2, the name of the file show up when you click on a drawing on the slicing plate. In Tinkerine Suite v3, where is the name of file apperaing ? When you have many drawing on a same plate, the name of the file is important.

Thanks.

I am interested in installing a heated bed and have few questions for the community.

I understand that Heated beds improve print quality by keeping the extruded plastic warm and preventing warping.

Can you help me locate the parts so I can build one?

Do you know of a kit that's for sale online?

If you have any first-hand experience installing one?

Any tips on this subject would be helpful.

Thanks for your help

D Marcell

Updating the firmware on the DittoPro.

This is how you use Tinkerine Suite Ver.2 software. Tinker on!