Ice Maker Caso IceMaster PRO Stainless Steel 3301

The Caso IceMaster PRO Stainless Steel 3301 is a compact compressor-driven ice maker designed for home or office use. It produces ice cubes in 6–13 minutes, offers two cube sizes (small and big), and can generate up to 12 kg of ice per day. The unit features a stainless steel appearance, a transparent top cover for monitoring, an internal water reservoir with a maximum water level indicator, and an automatic stop function for safety and convenience.

Advantages

The stainless steel look and compact design provide durability and a professional appearance while occupying minimal counter space. Compressor technology enables reliable, fast ice production and efficient cooling. A transparent top cover allows visual monitoring of the ice-making cycle, and the automatic stop together with the maximum water level marking reduces the risk of overflow and simplifies operation.

Suitable for

• Home kitchens
• Small offices
• Parties and gatherings
• Bars and catering for light use

Key specifications

• Model: Caso IceMaster PRO Stainless Steel 3301
• Ice production time: 6–13 minutes per cycle
• Ice production capacity: up to 12 kg/day
• Ice cube sizes: small and big
• Power: 220 V, 50 Hz, 90 W
• Technology: compressor
• Weight: 9.3 kg
• Colour: stainless steel appearance

How to use

Fill the internal water reservoir up to the maximum water level mark, close the transparent top cover, and select the desired cube size on the control panel. The machine will start the compressor cycle and produce ice in approximately 6–13 minutes per cycle. Monitor progress through the transparent lid. When the reservoir reaches the maximum water level or the internal storage is full, the automatic stop will halt operation. Follow the user manual for initial cleaning and regular maintenance.

Recommendations

Place the ice maker on a stable, level surface with adequate ventilation space around the unit. Use potable water and perform regular cleaning to maintain ice quality. Do not block ventilation openings and avoid placing the unit near heat sources to ensure efficient compressor operation.