Commercial capacity
Large volumes support cooking for up to 42 people.
Rice cookers
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TERUISI
Non-Stick
TERUISI Rice cookers
These high-capacity commercial cookers are designed for large groups and professional environments. The multi-functional pressure settings allow for rapid preparation of bulk grains
Top pick
The gist
8-in-1 Multifunction
The units operate as rice makers, slow cookers, and canners.
High Power
The 1700W heating elements handle large batches efficiently.
Products
Current cookers from TERUISI
TERUISI 18L commercial pressure cooker and rice maker
Non-stick coating · Multi-functional use · Pressure cooking · Commercial capacity
TERUISI 15L commercial pressure cooker and rice maker
Non-stick coating · Multi-functional use · Pressure cooking · Commercial capacity
In this directory
Large Scale Pressure Standards
These listings feature 15L and 18L capacities with 1700W power ratings. The technical focus is on commercial-grade pressure cooking and non-stick durability.
- 19QT/18L liquid capacity
- 15.9QT/15L liquid capacity
- 1700W electric heating
- 8-in-1 multifunctional use
- Non-stick interior
- CE Certified components
The lineup in short
Group Serving
Models are sized specifically to feed 25 to 42 people per batch.
Professional Build
These units are CE certified for commercial kitchen standards.
Versatile Functions
The 8-in-1 system includes slow cooking and canning modes.
Heavy Duty Power
The 1700W output ensures consistent heat for large volumes.
From use
Notes from buyers
The 18L capacity is exactly what we needed for our large community events.
It functions perfectly as a slow cooker and a rice maker for big groups.
The non-stick surface makes cleaning such a large pot much easier.
Quick answers
TERUISI Questions
How many people can these cook for?
These models serve between 25 and 42 people.
What is the wattage?
These commercial units operate at 1700W.
Are they just for rice?
No, they are 8-in-1 multifunctional slow cookers and canners.
What are the volume sizes?
This set includes 15L and 18L capacity models.