Pictures & Videos of ants provided by (@charlies_ants_ & @that_random_guy_official_)
 
The All-in-one feeding dish is our original feeding dish. Basically, this is the first product we ever created. Our aim was to make a space for protein or solid foods and two sections for liquid feeding they come in 3 sizes. Small, Medium, and Large their dimensions are listed below in millimetres (mm) in width, Length and Height. Height is with tweezer holder section and without. 
 
Small: W:22.3mm, L: 22.3mm, H (dish height): 3.75mm, H (total height): 6mm
 
Medium: W:34.45mm, L: 34.45mm, H (dish height): 5.625mm, H (total height): 9mm
 
Large: W:44.6mm, L: 44.6mm, H (dish height): 7.5mm, H (total height): 12mm
 
If you can fit the size into your outworld we recommend getting the biggest size or at least a medium to make sure you get the most value for money. Each size is a 50 percent increase in the size from the previous size. If you want an even bigger size its possible for us to make it but please contact us directly. In addition, any colour suggestions let us know and we will take this into consideration. Our products are made with a high-quality plastic which has superior properties to competitors using our high-end 3D printers as well as our extensive research and development process.
 
Read below about our ethos and 3D printing process and understanding our behind-the-scenes process!
 
It’s important we keep you informed, and we are transparent with our process.
 
What makes our 3D printing process so different?
We have obtained the highest performing 3D printers in terms of price to performance and often rated top in terms performance at the higher end of the market. This insures we have the very best and latest 3D printing technology at our disposal ensuring the best possible quality of 3D printing. 
 
What sets us apart from the competition?
3D printed products for ant keeping we believe are not up to standard in terms of durability as pretty much every company uses a product called PLA which is also known as poly lactic acid a “biodegradable” plastic. This polymer absorbs moisture over time after printing which can degrade its structure and make it more fragile and brittle which makes it less reusable, and