the ice maker is running constantly but making tiny, thin slivers of ice instead of cubes, how do i fix this?

Diagnosis

The production of "ice slivers" or thin, hollow shells on the Euhomy IM-01 indicates a failure in the thermal exchange process, where the refrigerant cannot pull enough heat out of the water to freeze a solid core before the harvest cycle triggers. This is typically caused by "thermal overloading," where the internal condenser coils cannot dissipate heat into the surrounding air. When the unit's internal temperature rises too high, the freeze cycle is cut short, or the water fails to freeze completely, resulting in thin, fragile ice shards that melt almost instantly upon dropping into the basket. This issue is often exacerbated by the IM-01's compact design, which relies heavily on side-venting. If the unit is placed in a tight corner, on a countertop near a toaster or dishwasher, or in a room exceeding 90°F, the compressor works overtime but cannot cool the evaporator pins. You can confirm this by feeling the air blowing out of the side vents; if the air is scorching hot and the unit never enters a "rest" period, the machine is struggling with ambient heat soak, preventing the formation of dense, solid cubes.

How to Fix It

To restore full-sized, solid ice cubes, you must optimize the cooling environment and the initial thermal load of the water. Follow these exact steps:

1. Clear the Airflow Perimeter: Ensure there is a minimum of 6 inches of open space on the left, right, and rear of the unit. Do not push the IM-01 against a backsplash or wall, as this traps hot air around the condenser.
2. Surface Relocation: Move the unit away from heat-generating appliances. Specifically, do not place it on top of a dishwasher, microwave, or near a stove. If you must use a crowded counter, place the unit on a heat-resistant silicone mat to prevent heat transfer from the countertop into the machine's base.
3. Thermal Reset: Unplug the unit from the wall for 30 minutes. This allows the compressor and refrigerant gases to stabilize and the evaporator pins to return to a neutral temperature.
4. Cold-Start Water Fill: Empty the reservoir completely. Instead of using room-temperature water, fill the reservoir with chilled, filtered water (approximately 40°F to 50°F). This reduces the initial energy required for the first three cycles, allowing the machine to reach its optimal freezing state faster.
5. Power Cycle: Plug the unit back in and press the "ON/OFF" button. Allow the machine to run for at least 4 full cycles (approximately 60-90 minutes) before evaluating the cube thickness.

If That Didn't Work

• Descale the Evaporator Pins: Mineral buildup from hard water can create an insulating layer on the freezing pins, preventing water from adhering and freezing solidly. Mix a solution of 50% white vinegar and 50% warm water. Pour it into the reservoir and run a full cycle. Once finished, run two cycles of clean water to flush the acidity.
• Check for "Ice Jamming": Open the lid and inspect the area where the cubes drop. If a stray piece of ice is wedged against the harvest arm, it can trigger the sensor to dump the ice prematurely. Use a plastic utensil to clear any debris from the freezing tray.
• Ambient Temperature Control: If the room temperature is consistently above 90°F, the IM-01 will struggle regardless of placement. Use a portable fan to blow air across the side vents of the machine to manually accelerate heat dissipation from the condenser.
• Filter Replacement: If you are using an external filtration system that significantly slows water flow, the unit may be pulling air bubbles into the line, leading to "honeycombed" or thin ice. Ensure your water source provides a steady, bubble-free flow into the reservoir.

Heads Up

• Avoid Distilled Water: While it seems cleaner, distilled water lacks the minerals that help the ice bond to the pins, which can actually lead to thinner, slower-forming cubes. Use filtered tap water for the best results.
• Avoid Overfilling: Do not fill the water reservoir past the "MAX" line. Overfilling can interfere with the internal sensors and lead to irregular cycle timing.
• Regular Defrosting: Every 30 days, perform a deep clean with a citric acid-based descaler to prevent calcium carbonate buildup on the cooling pins, which is the primary cause of "thin ice" over time.
• Power Stability: Always plug the IM-01 directly into a wall outlet. Using a low-quality extension cord or power strip can cause voltage drops that prevent the compressor from reaching full RPM, resulting in poor freezing performance.