LG Craft Ice Maker Not Working

Identify the Craft Ice system

Craft Ice refers to LG’s slow-melting round ice feature on supported models. Do not use Craft Ice procedures on a standard twist-tray or door ice maker. Find the complete refrigerator model and open its manual.

Keep this issue separate from ordinary cubed-ice production. A refrigerator can make door ice while the freezer Craft Ice maker is off, full, still in a slow production cycle, or experiencing its own fault.

Turn the feature on correctly

LG guidance describes confirming the Craft Ice indicator and holding the applicable control for about three seconds. The exact button location and menu vary. Unlock the panel first if necessary.

After enabling the feature, select 3 ICE or 6 ICE. LG says the maker produces three spheres per cycle. In 3 ICE mode it targets three per day and prioritizes clearer ice; 6 ICE mode targets six daily and is the default on applicable models. This means production is intentionally slower than many cube makers.

Do not interpret a quiet several-hour period as failure. Record the mode and allow the documented cycle time.

Check the bin orientation and fullness

LG directs owners to install the Craft Ice bin with its handle facing forward. A mispositioned bin can interfere with sensing or collection. Remove and reseat it cleanly without forcing.

Production stops when the bin is full. LG notes a capacity of roughly 20–25 spheres in its current troubleshooting. Count or inspect the bin before diagnosing the machine. Remove only enough ice to test continued production.

Falling spheres can make a pronounced sound; LG identifies that as normal. Noise alone does not prove a fault.

Verify temperature and door closure

Craft Ice needs a stable cold freezer. Use LG’s recommended settings and the LG temperature guide. The displayed set point is not the actual internal reading.

Frequent openings, a door left ajar, gasket gaps, warm food, or blocked airflow can slow ice and allow existing spheres to soften. If Craft Ice is melting, inspect the door seal and freezer conditions before testing the water system.

Allow recovery after installation, power loss, defrosting, or a large load. Do not repeatedly reset a refrigerator that is still pulling down to temperature.

Check the shared water path

Confirm the supply valve, line, and dispenser operation. If regular ice and water are also weak, the issue likely extends beyond the Craft Ice module.

An overdue filter can restrict flow, but it is not the first assumption when only Craft Ice has stopped. If the problem began directly after a filter change, use LG water slow after changing filter and confirm seating and the full flush.

Use the LG filter-fit guide only when evidence points to water restriction. The model must identify the exact LT family before an Amazon offer.

Observe the production pattern

Empty the bin enough to permit production, note the selected mode and time, and monitor for a complete documented period. Record whether the maker fills, freezes, rounds, and releases ice. Misshapen or incomplete spheres provide different evidence than no fill.

Do not reach into a moving mechanism or defeat sensors. Do not use tools to dislodge ice unless the model manual explicitly permits the action.

If the freezer is cold, the bin is correctly seated and not full, Craft Ice is enabled, water supply is normal, and production still does not resume, contact LG service with the model and observations.

Separate shape and clarity from no production

Craft Ice that forms but is cloudy, irregular, cracked, or incomplete is producing something and may require a different diagnostic path. This page owns a maker that does not deliver new spheres. Do not overload it with every appearance complaint.

Mode affects clarity and output. Three-per-day operation gives more time to form clearer spheres than six-per-day mode. Changing to 6 ICE to test production can change appearance, so record the selected mode before comparing results.

Water pressure, fill volume, freezer stability, and opening frequency can influence formation. A single imperfect sphere after a setting change is not enough evidence of component failure.

Preserve the exact model and timeline

Save when production stopped, selected mode, bin count, freezer setting, measured temperature, regular-ice status, dispenser flow, and recent filter work. If the system resumes after bin reseating or enabling the control, record that rather than scheduling a part purchase.

Future reminders can ask the owner to inspect the Craft Ice bin and water-filter age without claiming either needs replacement automatically.

Check after a filter or plumbing event

When Craft Ice stops immediately after a water-filter change or refrigerator move, inspect the shared supply before treating the maker as failed. Confirm the valve is open, line is not kinked, exact filter is locked, and the full purge was completed.

Compare regular water and standard ice. If both are weak, the issue is broader than Craft Ice. If they remain normal, focus on the Craft Ice control, bin, temperature, cycle, and service path.

Do not install another cartridge merely because spheres are slow. The 3 ICE setting is designed for low daily output, and a nearly full bin stops production normally.

Close the diagnostic event

After production resumes, count output over a full day in the selected mode and save the result. Note whether the successful action was enabling the feature, reseating the bin, adjusting temperature, restoring water, flushing, or service.

This record lets future reminders distinguish normal slow output from a repeated fault. It also identifies when a genuine filter purchase was truly connected to the outcome.

Final Verdict

Craft Ice is a distinct slow-production system. Confirm the feature, mode, bin direction, capacity, temperature, and shared water path before calling it broken. Its deliberate three- or six-sphere rhythm should not be judged like a fast cube maker, and filter products should appear only when water-flow evidence supports them.