Let's work together to create the next generation of food infrastructure!
Let's work together to create the next generation of food infrastructure!

Two challenges facing the food industry


Cost structure with low profit margins

It is generally believed that labor and raw material costs account for about 70% of the costs in a restaurant, and this cost structure is the cause of low profit margins and high business closure rates.

Labor costs can be reduced by automating tasks such as cooking and cleaning in restaurants to improve store productivity, while raw material costs can be reduced by automating production processes such as central kitchens to control factory labor costs and reduce raw material costs.

Automation solutions not only improve productivity, but also standardize operations, allowing for cost optimization by consistently reproducing the taste of expert chefs and reducing the burden of hiring and training.

TechMagic offers the latest robotic and information technology solutions for labor and raw material costs, which are the largest expense items in the restaurant industry.

Profit and Loss Structure of Food Service Businesses

Profit and Loss Structure of Food Service BusinessesCurrent Status and Future Direction of the Food Service Industry Sumitomo Mitsui Banking Corporation


Chronic shortage of manpower

Food is the most basic and important activity for all human beings.

However, as a result of the pursuit of efficiency in labor-intensive kitchens and factories, the food industry is now supported by a large number of workers who perform simple, repetitive, and strenuous tasks for long hours.

The food industry is no longer an attractive place for workers to work.

This, combined with the labor shortage, is a major concern for the sustainability of the food industry.

Food factories and restaurants are also vulnerable to infectious diseases such as the new coronas, and non-essential tasks need to be automated as much as possible.

TechMagic believes that with the latest technology and wisdom, it is possible to realize an ""enjoyable food industry.

We provide solutions that free people involved in the food industry from simple and labor-intensive tasks so that they can focus on the essential joys and pleasures of food.

Percentage of non-permanent employees in shortages

Percentage of non-permanent employees in shortages Survey of corporate attitudes toward labor shortages | Teikoku Databank, Ltd.

TechMagic offers the latest robotic and information technology solutions


Cooking Robot

Automates a series of processes in the kitchen from ordering to cooking

Orders placed via mobile devices or tablets are linked to cooking robots to automate a series of cooking processes.
The cooking robot, a fusion of hardware and software, can automatically supply ingredients and sauces, and create a database of tastes and operations of an experienced chef to reproduce the cooking process.


Automation Robot

Automation of Simple Cooking Tasks

Robots can be used in central kitchens and food factories to perform tasks associated with food preparation, such as serving solid and irregular items and sorting dishes in the washing room, thereby eliminating manpower shortages.
Using machine learning, autonomous operation of the robot arm can be realized to automate these tasks.


Next Generation Business Development

Working with robots to create the next generation of restaurants

Why don't you develop a business model that utilizes cooking robots?
By automating a series of cooking processes in the kitchen, cooking robots can standardize operations, improve restaurant productivity, and optimize costs. Let's co-create the next generation of business with TechMagic.

Our Technology



Robot control tailored to the shop floor

System integration using a robot arm enables size and motion control to match the size of the store.



Customized Design

Designing machines with unprecedented ideas and customizable designs to meet a variety of needs



Machine Learning/Mathematical Optimization Technology

Analyze store information using machine learning and mathematical optimization techniques