LG - 27 in. 7.4 Cu. Ft. Smart Front Load Electric Dryer with AI Sensor Dry & TurboSteam™ - Black Steel - DLEX6500B

LG - 27 in. 7.4 Cu. Ft. Smart Front Load Electric Dryer with AI Sensor Dry & TurboSteam™ - Black Steel - DLEX6500B

$799.99
Sale price  $799.99 Regular price  $1,599.99
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LG - 27 in. 7.4 Cu. Ft. Smart Front Load Electric Dryer with AI Sensor Dry & TurboSteam™ - Black Steel - DLEX6500B

LG - 27 in. 7.4 Cu. Ft. Smart Front Load Electric Dryer with AI Sensor Dry & TurboSteam™ - Black Steel - DLEX6500B

$799.99
Sale price  $799.99 Regular price  $1,599.99

Dimensions: H 39 in, W 27 in, D 29.75 in.

Quick Highlights

  • 7.4 Cu. Ft. Ultra-Large Capacity – Provides plenty of space for large family loads, bedding, towels, and bulky items.
  • AI Sensor Dry – Built-in intelligence detects fabric and moisture levels to help select optimal drying settings.
  • TurboSteam™ Technology – Refreshes clothes between washes while helping reduce wrinkles and odors.
  • Sensor Dry™ – Automatically monitors moisture levels and adjusts drying time to help prevent over-drying.
  • ThinQ® Smart Wi-Fi – Monitor cycles, receive notifications, and access smart functions through the LG ThinQ® app.
  • Smart Pairing™ – Works with a compatible LG washer to automatically recommend appropriate drying settings.
  • 23 Drying Programs – Provides a wide selection of cycles for different fabrics, load sizes, and laundry needs.
  • Wrinkle Care Option – Continues tumbling clothes after the cycle to help reduce wrinkles.
  • FlowSense® Duct Clogging Indicator – Alerts you when the exhaust system may need cleaning to help maintain airflow and efficiency.
  • NeveRust™ Stainless Steel Drum – Durable drum construction provides long-lasting performance and resists wear.
  • Reversible Door – Allows the door swing to be changed to accommodate different laundry-room layouts.
  • LoDecibel™ Quiet Operation – Designed for quieter operation while drying.
  • ENERGY STAR® Certified – Designed to provide efficient drying performance while helping reduce energy consumption.

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