FoodBot
3D Food Printer

It is easy to use. There is no limitation to printing ingredients, so you can freely mix ingredients into 3D food printing "ink". With different sizes and thicknesses of the 3D food printing nozzles and the unique external preheater allow you to develop your creativity and make exquisite 3D modelling food!

Latest Offers

FoodBot 3D Food Printer Preheater-01.jpg

1）External Preheater allows non-stop printing

The 3D food printers on the market generally need to put the ingredients into the "cartridge" inside the 3D food printer and wait for a long time before tempering the ingredients into a state that is suitable for printing; at the same time, since 3D food printing has high requirements on the temperature of the "ink", which means it cannot be heated in advance as well. Therefore, when you need to make a large-scale or a large number of works, and the "cartridge" of the 3D food printer suddenly "runs out of ink" in the middle, you will need to suspend the entire creation and printing process, and then put the ingredients into the "cartridge" and have a long wait again to continue with your 3D food creation printing.

And FoodBot specially designed a unique external preheater to solve the above problem. It can operate independently, allowing you to prepare another "cartridge" during printing, so your 3D food printing process will not be interrupted anymore! Next time, you only need to take out the "new ink cartridge" from the FoodBot external preheater to replace the empty one, so you can continue to print your variety of creative desserts, snacks, dishes or soft meals without waiting.

Provides Different Size of 3D Food Printing Heads-01.jpg

2）Printing Nozzles, Precision & Accuracy

FoodBot 3D food printer with three types of printing nozzles, which are 0.6mm stainless steel nozzles, 0.8mm stainless steel nozzles, and disposable nozzles. The original box comes with four stainless steel nozzles for each size and eighty disposable nozzles allowing you to freely switch different nozzles to match the lines and textures you need and make the 3D food printing creations more refined and more varied.

3）Disposable Parts. Clean & Hygiene.

FoodBot 3D food printer is easy to take care of, and not many accessories that need to be cleaned. There are stainless steel printing nozzles and stainless steel printing plates that need to be cleaned only, and the cleaning is effortless. As for the "ink cartridges", FoodBot 3D food printer is equipped with 80 ink cartridges, so you can wash and reuse them or throw them away after each use according to your needs. If you are worried about the food safety issue caused by careless cleaning, FoodBot 3D food printer is not only equipped with 80 disposable "ink cartridges", but also 80 disposable printing nozzles, and cooking papers that fit the size of the printing plate, which allows you to eat the 3D modelling food you print with peace of mind!

4）Good Printing Stability

FoodBot 3D food printer weighs about 17 kg. You don’t have to worry about accidents that the printer will be pushed down easily. It can also ensure printing stability and not distort the printed lines due to a slight collision, to reduce the chance of printing failure.

5）No Limitation to the Printing Ingredients

FoodBot 3D Food Printer - Multiply Ingredients-01.jpg

There are no limitations on the printing ingredients, so you don't have to purchase the designated one from us. Users are encouraged to mix ingredients and create their own "3D food printing ink". 3D food printing is no longer limited to chocolate. In fact, it's not difficult to find out there have lots of food that can be processed into "ink", such as pumpkin, potato, cheese, jam, butter, flour, etc. You can 3D print exquisite desserts such as cookies or pastries, soft meals for infants, and even more innovative dishes we have not yet discovered. The FoodBot 3D food printer allows you to develop your creativity and help you grow your catering business.

6）Tailor-made Acrylic Box

You can additionally order an acrylic box that fits the size of the FoodBot 3D food printer, so you don’t have to worry about others touching your work and small insects, dust or bacteria falling on your work during the printing process. The tailor-made acrylic box further guarantees food safety, so everyone can feel more at ease when eating the 3D modelling food printed by FoodBot 3D food printer.

Printed Ingredients

Printing Size

Positioning Accuracy

Printing Speed

Temp. Range

Nozzle Diameter

3D Slicing Software

3D File Format

Control Method

Printer Dimension

Printer Weight

Warranty

Every kind of ingredients, such as flour, potatoes, pumpkin, jam, etc.

150 x 150 x 70 mm

0.1%

15 - 70 mm/s

25-60°C

0.3 - 1.55 mm

FoodBot Cura、Cura、Simplify3D

STL、OBJ、JPEG、PNG

Touch screen, Wi-Fi, USB

42 x 38 x 40 cm

17 kg

1 Year

1）If I do not know 3D printing, will it be hard to learn how to use the 3D Food Printer?

No. Because we will arrange and provide a free door-to-door teaching service for customers. It’s about 2-3 hours, and we will go through the machine operation and the 3D food printing skills, from simple to deep, to ensure our customers understand how to use the FoodBot 3D food printer.

2）Do I have to buy the designated ingredients?

This is one of the questions we have received the most. FoodBot 3D food printer does not restrict customers from using their designated ingredients. It motivates users to try to mix different food to create their 3D printing ink. Users can use food that suits their taste according to their preferences, so our creativity can be fully utilized to create unique recipes and works. Of course, we can provide the FoodBot-designated ink if needed. They have more than ten kinds of ink, including dark chocolate and white chocolate, which are more diversified than the general 3D food printers currently in the Hong Kong market.

3）I heard that the warm-up time of 3D food printers is long, so is it suitable for school classes that only have about 40 mins?

According to our experience, we suggest teachers turn on the 3D food printer two hours before the class so that the 3D food printer will enter the heating mode. FoodBot 3D food printer also provides a unique external preheater, so you can preheat another "cartridge" to improve efficiency and reduce time wastage. Of course, for such a large amount of student work, it may not print them all in 40 minutes because printing 3D modelling food takes a certain of time, so we would suggest that the ideal time for a class is about 70 to 80 minutes which is enough to use up the two “cartridge”.

3D Food Printing & STEM Courses

To adapt to the global development trend of education and enhance the competitiveness of HK students in the world, the HK Education Bureau has actively promoted STEM courses and/or STEAM courses in recent years. It is hoped that HK students will no longer just learn by rote, but experience hands-on learning to cultivate students' creativity, problem-solving ability, and teamwork spirit, as well as improve their interest in learning.

3D food printing is a major that combines science, technology, engineering, art and mathematics, which also involves food science, nutrition, computer programming, mechanical engineering, etc., so 3D food printing is very suitable as STEM courses and STEAM courses. In addition, 3D design and printing are developing rapidly in the world. They are not only widely used in all walks of life, but the demand is also increasing. 3D printing is regarded as one of the important technologies of technological and industrial innovation. 3D printing has broad development space and prospects, so allowing students to learn it early would have certain advantages for their future daily life and employment.

Consider 3D food printing as one of the STEM courses and STEAM courses, students can learn:

(1) Food Science

Through the process of transforming food into 3D printing “ink”, students can explore the physical and chemical properties of different ingredients, such as adding different amounts of flour, butter, cheese, chocolate, etc. to observe the fluidity, the viscosity, the solidification time, the texture, and the printing result. In addition, the process of making 3D food printing ink can also deepen students’ understanding of the characteristics of different ingredients, thinking about which ingredients can be added to print out the desired shapes and structures, such as air bubbles, pores, and textures, so the students can be realized how the combination of different ingredients affects the taste and appearance of their 3D food-printed works.

(2) Nutrition

During the design and production process of 3D food printing, teachers can set different topics and require students to design and create a recipe for designated objects, such as making soft meals for the elderly, making high-protein and low-fat meals for athletes, etc., so that students can understand the impact of the nutritional value of different ingredients on health, as well as the nutritional needs of different people.

(3) Food Safety

3D food printing requires the use of materials and equipment that meet food safety specifications, and strict hygienic standards must be followed to ensure that 3D-printed food is safe. In the 3D food printing courses, students can learn food safety standards and specifications, as well as understand how to keep food clean and hygienic during the food production process.

(4) Computer Programming and Mechanical Engineering

By adding 3D food printing courses to STEM courses / STEAM courses, students can learn how to operate 3D food printers correctly and understand the basic principles and technologies of 3D food printers. Students can also learn how to use 3D modelling software to design a range of food items, which involves programming to control and achieve the desired shape and structure of their 3D food-printed works.

3D Food Printer & STEM Room

Innovative courses certainly arouse students' curiosity, but how do make their curiosity last, lead them to develop their ideas, and even create their works? In recent years, many schools have STEM rooms with different advanced technological equipment, so students can practice the knowledge absorbed in STEM courses to deepen their learning memory.

FoodBot 3D Food Printer is a fun and beneficial learning tool highly recommended for STEM ROOM. FoodBot 3D Food Printer has been selected by many schools in Hong Kong. FoodBot is easy to operate and can produce edible works, which may enhance students' interest in learning, stimulate students' potential and lead them to understand and explore the future development of food production and nutritional science.

FoodBot 3D Food Printer

1）External Preheater allows non-stop printing

2）Printing Nozzles, Precision & Accuracy

3）Disposable Parts. Clean & Hygiene.

4）Good Printing Stability

5）No Limitation to the Printing Ingredients

6）Tailor-made Acrylic Box

3D Printing Service & Repair

3D Printer Rental Service

Hotline:

+852 2193 5175 / WhatsApp: 6730 6091

FoodBot
3D Food Printer