FIMAR CL/3 Cutter for Professional Kitchens

A cutter of this type uses a high-speed rotating blade to chop, emulsify or blend ingredients directly in its bowl. The motor spins the blade at controlled speeds, creating a vortex that pulls food towards the cutting edge. This method produces consistent textures without pre-cutting, whether for sauces, forcemeat or finely minced vegetables.

To operate the CL/3, the operator lifts the transparent polycarbonate cover, loads up to 1.8 L of ingredients into the 3 L stainless steel bowl, and closes the cover. The safety micro-lock engages automatically. The remote push-button controller is then used to select the single speed setting. Once started, the motor accelerates the blade to 1400 rpm; an engine brake brings it to a rapid stop when the cycle ends. The cover remains locked until the blade is stationary, ensuring safe unloading.

The CL/3 is built with a stainless steel exterior for hygiene and durability. The transparent polycarbonate cover allows the operator to monitor progress without opening the unit. A safety micro-lock is fitted both on the cover and on the bowl's supporting base, preventing operation unless the bowl is correctly seated and the cover is closed.

The 0.75 kW motor provides sufficient power for small to medium batches, while the 230/400 V voltage allows the cutter to run on standard single-phase or three-phase kitchen circuits. The 18 kg weight keeps the unit stable on a worktop during use, yet light enough for one person to reposition. Its 240 mm width, 310 mm depth and 460 mm height fit into compact work areas without requiring dedicated floor space.

Cleaning follows from the construction: the stainless steel surfaces and polycarbonate cover can be wiped down with a damp cloth and food-safe sanitiser. The bowl and blade are removable for thorough washing, while the safety interlocks prevent accidental start-up during maintenance.

The CL/3 is the entry-level model in the FIMAR cutter range, offering a single speed for straightforward tasks where variable speeds are not required.