Question 1

the ice tastes weird, kind of plasticky or like the cleaner, even after rinsing. how do i get rid of the taste?

Accepted Answer

DIAGNOSIS The "plasticky" or chemical taste in the Euhomy IM-01 typically stems from two distinct sources: residual manufacturing lubricants used on the evaporator pins and the off-gassing of the food-grade plastics and silicone tubing during the initial break-in period. Because the IM-01 uses a closed-loop water system, these volatile organic compounds (VOCs) and factory residues cling to the interior walls of the reservoir and the small-diameter tubing that feeds the ice tray. If you have already used a cleaning solution, the taste may be caused by "chemical clinging," where the surfactants in the cleaner bond to the plastic surfaces. This is especially common if the machine was not fully drained between the cleaning cycle and the first ice run. You can confirm this by smelling the water remaining in the reservoir after a cycle; if it smells like a swimming pool or a new car, the residue is trapped in the internal plumbing and not just the removable bucket. FIX To fully neutralize the taste, you must perform a deep chemical purge and a mechanical flush. Follow these exact steps: Drain the reservoir completely by removing the silicone drainage plug located at the rear of the unit. Let it sit for 10 minutes to ensure all stagnant water is gone. Fill the reservoir with 1.5 liters of distilled water mixed with 1 cup (approx. 240ml) of concentrated lemon juice or a 5% citric acid solution. Do not use white vinegar, as the acetic acid smell can be harder to remove than the plastic taste. Run the machine on the "Fast" setting for three complete ice-making cycles. This forces the citric acid through the pump and over the evaporator pins where the factory oils reside. Once the third batch of ice is complete, dump the ice and the lemon solution. Wipe the interior of the ice bucket and the rim of the reservoir with a microfiber cloth dipped in warm water to remove any surface film. Refill the reservoir with filtered water (preferably from a reverse osmosis system or a Brita filter) to avoid adding new minerals that can trap odors. Run 3 to 5 more full cycles. You must discard every single batch of ice produced during this phase. Do not consume the ice until the "plasticky" scent is completely gone from the air venting at the top of the machine. IF THAT DIDN'T WORK Perform a "Deep Soak": Fill the reservoir with a mixture of warm water and a tablespoon of baking soda. Let the machine sit powered off for 12 hours. The baking soda acts as a pH neutralizer that pulls odors out of the silicone tubing. Drain and rinse thoroughly before restarting. Check the Water Source: If you are using tap water, the IM-01's cooling process can concentrate chlorine or minerals, which tastes like chemicals. Switch to bottled distilled water for 48 hours to determine if the issue is the machine or your local water supply. Inspect the Air Filter/Vent: The IM-01 vents heat from the sides. If the machine is placed in a tight cabinet, the plastic casing can overheat and off-gas, which then settles on the ice. Move the unit to an open-air countertop with at least 6 inches of clearance on all sides. Replace the Reservoir: If the taste persists after 10 cycles, there may be a manufacturing defect in the plastic mold of your specific unit (plastic leaching). Contact the manufacturer for a replacement water tank, as this is a separate component from the cooling engine. HEADS UP Never use dish soap or bleach inside the reservoir; these chemicals can degrade the seals and leave a permanent bitter taste that is nearly impossible to remove. Always use filtered water to prevent calcium buildup on the evaporator pins, which can trap odors and lead to "cloudy" tasting ice. Run a maintenance rinse every 2 weeks using a diluted citric acid solution to keep the internal lines fresh. Avoid leaving ice in the bucket for more than 24 hours. Because the IM-01 is not a freezer, the ice melts and re-freezes, which concentrates any remaining odors in the water.

Question 2

i left it off for a week and now it won't turn on at all, no lights, nothing. is it dead?

Accepted Answer

DIAGNOSIS The complete absence of LED indicators on the control panel of the Euhomy IM-01 typically indicates a total break in the electrical circuit. When a unit is left powered off for an extended period, the most common culprit is not a "dead" machine, but rather a failure in the external DC power brick or a tripped internal safety fuse. Because this model uses an external power adapter rather than an internal transformer, the adapter acts as the primary point of failure; these capacitors can degrade or fail during power surges that occur even while the device is switched "off" but still plugged into the wall. Another possibility is "stuck" logic in the control board. If the unit was unplugged and plugged back in rapidly, or if there was a minor voltage spike during its week of dormancy, the main PCB (Printed Circuit Board) may have entered a protective lockout state. To confirm if the unit is truly dead, you must isolate the power source. If the wall outlet is live but the adapter's indicator light (if equipped) is off, the adapter is dead. If the adapter is functioning but the IM-01 panel remains dark, the issue lies within the internal fuse or the DC input jack on the chassis. FIX Follow these steps in exact order to isolate and resolve the power failure: Verify the Outlet: Unplug the Euhomy IM-01 and plug in a high-draw device, such as a hair dryer or a lamp, into the same socket. This ensures the GFCI outlet (common in kitchens) hasn't tripped. If it has, press the "Reset" button on the outlet. Inspect the DC Power Brick: Examine the black power adapter box for any signs of overheating, melted plastic, or a burnt smell. Ensure the AC cord is pushed firmly into the brick and that the brick is plugged fully into the wall. Reseat the DC Connector: Locate the round DC barrel plug on the rear of the IM-01. Unplug it completely and inspect the center pin for any corrosion or bending. Firmly push the plug back into the port until you feel a distinct "click" or it seats fully against the chassis. A loose connection here is a frequent cause of "no power" symptoms. Perform a Hard Logic Reset: Unplug the unit from the wall entirely. Open the lid and remove any remaining ice or water. Leave the unit unplugged for exactly 30 minutes. This allows the capacitors on the control board to fully discharge. Plug it back in and press the "On/Off" button firmly. Test with a Compatible Adapter: If you have a 12V DC adapter with a 3A rating and a center-positive polarity (common in many small electronics), test it in the port. If the lights flicker on, your original power brick has failed and needs replacement. IF THAT DIDN'T WORK Internal Fuse Replacement: If the adapter is confirmed working but the unit is dead, the internal glass fuse on the main control board has likely blown. This requires opening the chassis (removing the bottom screws) to access the PCB. You will need a multimeter to test for continuity across the fuse; if it's blown, it must be replaced with an identical amperage rating. DC Jack Solder Failure: Over time, the solder joints where the DC power jack meets the motherboard can crack due to the tension of the power cord. Inspect the solder points on the board; if you see a "ring" crack around the pin, you will need to reflow the joint with a soldering iron. Control Panel Ribbon Cable: It is possible the unit has power, but the display is dead. Carefully open the unit and ensure the ribbon cable connecting the top control panel to the main board hasn't wiggled loose or become oxidized. Unplug and re-seat the ribbon cable. Main Board Failure: If there is no continuity across the fuse and the adapter is functional, the voltage regulator on the main PCB has likely shorted. In this case, the entire control board assembly must be replaced. HEADS UP Avoid Cheap Universal Adapters: Never use a power adapter with a voltage higher than 12V, as this will instantly fry the control board and void any warranty. GFCI Sensitivity: Ice makers involve water and electricity in close proximity; always plug your IM-01 into a GFCI-protected outlet to prevent catastrophic board failure during a surge. Dry Storage: If leaving the unit off for a week or more, always drain the reservoir completely. Residual water can cause micro-corrosion on the internal sensors, which can lead to power-on failures. Cable Management: Do not wrap the power cord tightly around the machine when storing it, as this stresses the internal copper wiring and leads to intermittent power loss.

Question 3

the ice full sensor is broken, the light comes on when the basket is only half full and it stops making ice.

Accepted Answer

DIAGNOSIS The Euhomy IM-01 utilizes a pair of infrared (IR) sensors located within the ice chute to determine when the basket has reached capacity. One sensor acts as the emitter and the other as the receiver; when ice cubes pile up and break the invisible beam between these two points, the logic board triggers the "Ice Full" indicator and halts the refrigeration cycle. A false positive—where the light triggers at half capacity—is typically caused by "sensor blindness." This happens when a thin film of mineral deposits (limescale), condensation, or a stray shard of ice clings to the clear plastic lens of the sensor. Because the IR beam is highly sensitive, even a tiny droplet of water can refract the light away from the receiver, tricking the machine into thinking the basket is full. In some cases, the plastic housing of the chute may have shifted slightly, causing the sensors to be misaligned by a fraction of a millimeter, which disrupts the signal path. FIX To recalibrate the sensor and clear the obstruction, follow these precise steps: Disconnect the power cord from the wall outlet and remove the ice basket entirely to expose the interior of the chute. Locate the two small, circular plastic protrusions (the IR eyes) positioned on the sides of the ice chute assembly. Dampen a cotton swab with 70% isopropyl alcohol. Gently scrub the surface of both sensor lenses to remove white mineral buildup or sticky residue. Avoid using abrasive scouring pads, as scratches on the plastic will permanently distort the IR beam. Inspect the area for "ice bridges"—small chunks of frozen slush that may be clinging to the walls of the chute above the sensors. Use a plastic utensil to carefully chip away any ice that isn't in the basket. Use a handheld vacuum or a hair dryer on the "Cool" or "Low" setting to blow air directly into the sensor cavities for 60 seconds. This removes trapped moisture and condensation that causes light refraction. Wipe the interior of the chute with a lint-free microfiber cloth to ensure no fibers are hanging in front of the sensors. Reinsert the basket, plug the unit back in, and initiate a new freeze cycle to test the trigger point. IF THAT DIDN'T WORK Hard Reset the Logic Board: Unplug the unit and leave it disconnected for at least 30 minutes. This allows the internal capacitors to discharge fully and resets the sensor's baseline voltage, which can sometimes clear a "ghost" full signal. Check for Basket Displacement: Ensure the ice basket is seated perfectly flush against the bottom of the unit. If the basket is tilted or not pushed in all the way, it can push ice cubes higher than normal, triggering the sensor prematurely. Deep Descale the System: If you have hard water, mineral deposits can form inside the sensor housing where you cannot see them. Run a cleaning cycle using a mixture of white vinegar and distilled water (1:1 ratio). This dissolves calcium carbonate buildup that may be clouding the sensor's field of vision. Physical Alignment Adjustment: If the unit was recently dropped or bumped, the sensor bracket may be skewed. With the unit unplugged, gently apply light pressure to the sides of the plastic chute to ensure it is centered. If the sensor lens is physically cracked or recessed, the component may need replacement. HEADS UP Avoid using distilled water exclusively; some IR sensors in these models actually perform better with filtered tap water as the slight mineral content prevents certain types of surface tension buildup on the lenses. Never use a heating element or "High" heat setting on a hair dryer to clear ice, as this can warp the plastic chute and permanently misalign the sensors. Periodically wipe the sensor eyes every 2-3 weeks of heavy use to prevent the gradual buildup of "ice film" that leads to premature shut-offs. Ensure the unit is placed on a perfectly level surface. A slight tilt can cause ice cubes to stack unevenly, hitting the sensor on one side while the rest of the basket remains empty.

Question 4

it's making a loud grinding or buzzing noise that wasn't there before, mainly when it's trying to drop ice.

Accepted Answer

DIAGNOSIS The grinding or buzzing noise in the Euhomy IM-01 occurs during the "harvest cycle," the specific moment when the internal motor rotates the ejector blades to push ice cubes off the evaporator pins. When this happens, the motor is encountering excessive mechanical resistance. This is typically caused by "ice bridging," where water has leaked or splashed onto the evaporator plate, freezing the cubes together in a solid mass that the plastic ejector blades cannot easily push through. Alternatively, the noise can be caused by a misalignment of the drive gear or a buildup of mineral deposits (limescale) on the evaporator pins. When calcium builds up, the ice doesn't release cleanly; it clings to the metal, forcing the motor to strain against the frozen bond. This creates a high-pitched buzzing or a rhythmic grinding sound as the motor struggles to complete its rotation, which can eventually lead to the motor overheating or the plastic gears stripping. FIX Power down the unit completely and unplug it from the wall outlet to prevent accidental activation of the harvest cycle while your hands are inside. Remove the ice basket and the scoop. Use a high-lumen flashlight to inspect the area directly above the basket where the ice drops. Check for "bridge ice"—large chunks of ice that have fused together across the evaporator pins. If you see a solid block, do not force it. Use a soft-bristled nylon brush or a plastic utensil (such as a plastic spoon) to gently nudge the ice. Never use a metal screwdriver or knife, as the evaporator fins are coated in a specialized refrigerant layer that will leak if punctured. If the ice is frozen solid, pour a small amount of lukewarm (not boiling) distilled water over the frozen mass to loosen the bond between the ice and the pins. Wipe all excess water from the interior walls and the rim of the ice basket to prevent future bridging. Plug the unit back in and press the "Power" button. Wait for the unit to complete one full cycle to ensure the noise has subsided. IF THAT DIDN'T WORK Perform a Deep Descaling Cycle: If the noise persists, it is likely mineral buildup on the pins. Mix a solution of 50% white vinegar and 50% warm water. Fill the reservoir and run the unit through 2-3 full cycles. This dissolves the calcium deposits that cause the ice to "stick," reducing the torque required by the motor. Inspect the Drainage Plug: Check the rubber drain plug at the bottom of the machine. If it is not seated perfectly flush, air can enter the system or water can leak internally, causing erratic freezing patterns that jam the ejector blades. Remove the plug, clean the area, and re-seat it firmly. Verify Leveling: Ensure the IM-01 is on a completely flat, hard surface. If the unit is tilted, the water distributes unevenly across the evaporator plate, creating "thick" ice on one side that the ejector blades cannot push, leading to a grinding sound as the motor stalls. Hard Reset: Unplug the unit for at least 30 minutes. This allows any internal frost buildup on the motor housing or the drive shaft to melt completely, resetting the mechanical alignment of the harvest arm. HEADS UP Avoid Tap Water: Using hard tap water accelerates the buildup of minerals on the evaporator pins. Switch to filtered or distilled water to prevent the "sticky ice" phenomenon. Temperature Management: Ensure there is at least 6 inches of clearance around the side vents. If the unit overheats, the refrigerant pressure fluctuates, which can lead to malformed ice cubes that jam the mechanism. Empty Regularly: Do not let the ice basket overfill. When ice piles up to the bottom of the evaporator, the machine cannot drop new cubes, causing the motor to grind against the existing ice pile. No Metal Tools: Never use metal picks to clear jams. A single puncture in the evaporator plate will permanently kill the cooling system and void the warranty.

Question 5

i'm trying to clean it but the clean light just keeps blinking and it won't start the cleaning cycle.

Accepted Answer

DIAGNOSIS The blinking "Clean" indicator on the Euhomy IM-01 is a safety lockout mechanism. This typically occurs because the onboard sensors detect a condition that would prevent the pump from operating safely or effectively. The most common cause is a "water-level mismatch," where the sensor detects that the water volume is either too low to prime the pump or too high, potentially risking an overflow during the agitation phase of the cleaning cycle. Another frequent culprit is the ice basket sensor. If there are stray ice cubes resting on the edges of the basket or if the basket isn't seated perfectly flush against the internal chassis, the unit registers a "Full" status. The IM-01 is programmed to prioritize ice preservation; it will not initiate a high-heat or high-agitation cleaning cycle if it believes there is usable ice in the reservoir that would be melted or contaminated by the cleaning solution. To confirm this is a sensor issue, check if the "Ice Full" light is also illuminated or flickering; if so, the cleaning cycle is being blocked by the basket detection system. FIX To override the blinking light and successfully trigger the automated cleaning sequence, follow these precise steps: Power Down: Press the Power button once to turn the unit off. Unplug the machine from the wall outlet for 60 seconds to clear the temporary volatile memory of the control board. Clear the Reservoir: Remove the ice basket entirely. Use a clean, lint-free cloth to wipe the interior walls of the machine and the area around the water sensors to ensure no mineral buildup is tricking the sensor into thinking the tank is empty. Prepare the Solution: Fill the water reservoir with a mixture of warm (not boiling) distilled water and 1 cup of white distilled vinegar. Fill exactly to the "MAX" line. Overfilling beyond this line can trigger an overflow error, while underfilling will cause the pump to suck air, resulting in the blinking light returning. Reset and Initiate: Plug the unit back in and press the Power button. While the unit is in standby mode, press and hold the "Clean" button firmly for 5 to 7 seconds. You should hear a distinct click from the solenoid valve, and the blinking light will transition to a solid illumination. Cycle Completion: Allow the machine to run the full 15-20 minute cycle. Do not open the lid during this process, as the IM-01 may pause the cycle if the lid sensor is tripped. IF THAT DIDN'T WORK Perform a Hard Reset: If the light continues to blink, unplug the unit and leave it off for 30 minutes. This allows any condensation on the internal sensors to evaporate, which often resolves "ghost" readings that prevent the cleaning cycle from starting. Manual Sensor Cleaning: Use a cotton swab dipped in rubbing alcohol to gently clean the two small metal probes located at the bottom of the water reservoir. Calcium deposits from hard water can create an insulating layer on these probes, making the machine "think" it is empty even when full. Basket Realignment: Ensure the ice basket is pushed all the way back until it clicks. If the basket is slightly skewed, the infrared sensor will detect an obstruction and block the cleaning mode. Try initiating the "Clean" command with the basket removed entirely to see if the cycle starts. Alternative Power Source: Plug the unit into a different circuit. Low voltage or "dirty" power from a crowded power strip can sometimes cause the logic board to glitch, preventing the sequence of the cleaning button from registering. HEADS UP Avoid Harsh Chemicals: Never use bleach or abrasive scrubbing pads inside the reservoir. These can degrade the plastic seals and damage the food-grade coating, leading to leaks or chemical contamination of your ice. Distilled Water Usage: To prevent the "Clean" light from becoming a frequent nuisance, use distilled water instead of tap water. This drastically reduces the lime and calcium scale that interferes with the water-level sensors. Post-Clean Rinse: After the cleaning cycle finishes, always run two full cycles of plain water (no vinegar) and discard the ice. This ensures no acidic residue remains, which can affect the taste of the ice and corrode the cooling evaporator plates over time. Ventilation Clearance: Ensure there are at least 6 inches of open space around the side vents of the IM-01. Overheating of the compressor can sometimes cause the control board to disable non-essential functions like the cleaning cycle.

Question 6

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

Accepted Answer

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. FIX 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: 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. 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. 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. 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. 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.

Question 7

my euhomy im-01 just arrived, i added water and turned it on but no ice is coming out after 20 minutes, what gives?

Accepted Answer

DIAGNOSIS The Euhomy IM-01 utilizes a direct-cooling evaporator system where water is pumped over cold metal prongs. If you have waited 20 minutes and seen no ice, the most common cause is a failure to reach the critical "flash freeze" temperature. For the first cycle after shipping, the refrigerant may have settled, or the internal evaporator plates may be at room temperature, requiring a longer pre-cooling phase before the first harvest cycle can trigger. Another possibility is an air lock in the water pump system. If the pump is humming but no water is flowing onto the prongs, the unit cannot freeze anything. This often happens during the first use if the water reservoir wasn't filled to the "Max" line or if the unit was tilted during transport, causing an air bubble to trap the impeller. You can confirm the status by listening for the distinct "clunk" of the compressor engaging and the whir of the cooling fan; if you hear these but see no water on the prongs, it is a pump or water-level issue. FIX Follow these precise steps to trigger the first ice harvest: Ensure the unit is placed on a flat, level surface. If the IM-01 is tilted, the water level sensor may trigger a false "Add Water" alert or prevent the pump from priming. Fill the reservoir precisely to the "Max" line using filtered water. Using distilled water can actually slow down the freezing process due to the lack of mineral nucleation points. Press the Power button. Ensure the Ice Making indicator light is illuminated. If the "Ice Full" light is on despite the basket being empty, gently shake the unit to reset the infrared sensor. Listen for the water pump. You should hear a faint humming sound followed by the sound of water splashing onto the evaporator prongs. If you hear the compressor (a deeper vibration) but no water, turn the unit off, unplug it for 60 seconds, and restart. Wait for the first harvest. The IM-01 typically takes 6 to 15 minutes per batch, but the very first batch of the day can take up to 25 minutes if the ambient room temperature is above 75°F (24°C). IF THAT DIDN'T WORK Perform a Hard Reset: Unplug the unit from the wall outlet for at least 30 minutes. This allows the refrigerant pressures to equalize and resets the internal control board. Plug it back in and wait 10 minutes before powering on. Check for "Air Lock": If the pump is humming but no water is moving, carefully tip the machine slightly forward and backward while it is running to dislodge any air bubbles trapped in the pump housing. Ambient Temperature Adjustment: If the machine is sitting next to a heat source (like a toaster or oven), the compressor will struggle to cool the plates. Move the IM-01 to a cool area with at least 6 inches of clearance on all sides for proper ventilation. Test with Warm Water: In rare cases, if the unit was stored in a freezing garage, the internal lines may be frozen. Fill the reservoir with lukewarm (not hot) water to thaw any internal blockages before starting the cycle. HEADS UP Avoid Overfilling: Never exceed the "Max" fill line; doing so can cause the water to overflow into the electrical housing, triggering a short or a permanent failure of the control board. First Batch Quality: The first 2-3 batches of ice may be smaller or slightly misshapen as the machine stabilizes its internal temperature. This is normal behavior for the IM-01. Cleaning Cycle: To prevent mineral buildup on the prongs (which slows down freezing), run the "Cleaning" mode once every two weeks using a mixture of water and white vinegar. Power Stability: Always plug the IM-01 directly into a wall outlet rather than a thin extension cord. Voltage drops can cause the compressor to stall, leading to "no ice" symptoms.

Euhomy Countertop Ice Maker IM-01

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