Xiaomi Mijia N1 2100W Induction Cooker

Xiaomi Mijia N1 2100W Induction Cooker Price in Bangladesh

The Xiaomi Mijia N1 2100W Induction Cooker (model MDCL003CM) is one of the most affordable and well-engineered portable induction cooktops in Xiaomi's Mijia lineup. Priced at around $28, it packs a 2100W dual-frequency heating system, a 156mm double-layer energy coil, and 8 layers of safety protection into a compact round body that weighs just 1.8kg. Whether you're setting up a compact kitchen, a dorm room, or need a reliable travel cooker, the Mijia N1 covers it all.

Design & portability

Xiaomi built the N1 around a lightweight circular body measuring 276×261×70mm — slim enough to slide into a cabinet or bag. The high-strength microcrystalline glass panel is resistant to high temperatures, water, oil, and everyday scratches. Anti-slip silicone pads on the base keep it firmly in place during cooking. The whole unit tips the scales at only 1.8kg net, making it one of the most portable induction cookers in its price range.

Heating performance

At the core of the N1 is a 156mm double-layer stacked energy coil with an annular energy-gathering heating block. This design expands the effective heating area and shortens boiling time versus single-layer alternatives. The dual-frequency induction technology is a standout feature at this price: unlike budget cookers that pulse on and off at low settings, the N1 delivers stable, continuous low-heat output — ideal for simmering sauces, warming milk, or melting chocolate without scorching.

Nine adjustable power levels (100W to 2100W) are controlled via a single mechanical rotary knob with LED indicators. This means no complicated touchscreen menus — just turn and cook.

Safety system

The N1 includes 8 layers of protection covering overheat detection, no-pan auto shut-off, short-circuit protection, and a gas-cooled air duct separation system that keeps internal components cool and extends the appliance's lifespan. A built-in temperature sensor monitors heat in real time and automatically kills power if thresholds are exceeded.