We are based in the United Kingdom.

No, we are not open-source. We have quite a few free models for you though - you can find them in our download section.

We design our medical simulators iteratively. After each iteration, the prototypes are sent to different doctors and paramedics for testing. We usually ship around 20 simulators per finished iteration to various parts of the world (recently our models went to New York, London, California, Chernivtsi and Dublin). Besides functional testing we test them mechanically in house (fatigue tests, impact tests, fracture toughness, etc).

Please use our contact form to send us a message.

The product lead time is between 2-4 weeks, but we usually ship within 1 week. Please contact us for more information.

We use Parcel Force to ship our products which allows us to send them to most countries in the world. The complete information about their international destinations can be found here.

Yes, we accept PayPal, card and bank transfer payments.

Yes, our products come fully assembled.

Silicone parts can be repaired with silicone glues: SmoothOn Silpoxy or RS PRO Silicone Liquid Compound. Plastic parts can be glued with acrylic glue, but it is best just to 3D print new ones.

It depends on the design and material used. There are multiple design techniques that can be used to increase 3D printed parts strength (like proper orientation on the build plate, rounded geometries, internal holes, increased perimeters; even material color can impact the part's strength). We make sure that our parts are strong enough for long and repeated use - each one is thoroughly tested and printed in the most optimal way.

We offer a 2-year warranty for all our task trainers.

No - each task trainer comes with the files for all the plastic elements of the model and 3D printable molds for consumable parts only.

At the moment we use two types of printers to print our trainers: Ultimaker 2+ Extended and Creality Ender 3 S1.

Between 1 hour and 2 days, depending on the model. Most of the parts can be printed in under 5 hours.

Our parts are designed in a way to minimize the need for post-processing. We print our parts without brims or supports and use default slicer settings.

Probably yes. Because our parts are designed specifically for 3D printing on the most popular desktop 3D printers, there is a big chance that your printer is going to be sufficient. If your printer has a small print-bed size, the models might need to be split first, printed in multiple parts and glued.

We use Cura and PrusaSlicer.

We use PLA+ to print our molds and simulator parts.

There are multiple aspects we take into consideration when 3D printing molds: - parts need to be relatively strong (part orientation impacts the durability of the part), - the texture in strategic places needs to be of the highest quality possible, - the part needs to stay stable throughout the print, - everything needs to be printed without supports.

No. Many types of silicones can be used to cast our trainers, but not every silicone will work as needed. It should be platinum-cured, soft, and with moderate to low viscosity.

It depends. If you use low-viscosity silicone (3000MPa-s) there is no need to use a vacuum chamber, but if your silicone is thicker, a vacuum chamber is advisable. It will remove the air bubbles from the cast and greatly improve the silicone strength.