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LISSOME

Category: Robotics / Embodied AI

An ultra-compact, AI-driven portable countertop dishwasher designed to deliver high-pressure industrial-grade cleaning in 15 minutes without requiring plumbing installation. LISSOME was founded in 2022. The company is led by Steve Xie. Based in Shenzhen, China. Team size: 10-50. Total funding raised: $5.7M+. Latest round: Pre-Series A, >¥10.0M (~$1.4M), 2024-11, led by Professor Gao Bingqiang. Key investors include Professor Gao Bingqiang (HKUST), Gaofeng Patient Capital, Clear Water Bay Fund, Xbotpark (Ningbo Base), Challenger Venture Capital.

Founded
2022
Headquarters
Shenzhen, China
Team size
10-50
Total funding
$5.7M+

Value proposition

Revolutionizes dishwashing through extreme speed (15-min cycles), space efficiency (28cm width), and water conservation (3L/cycle), while maintaining high sterilization standards through robotics-grade motor technology.

Products and solutions

LISSOME R1 (Flagship Smart Dishwasher with Sweeping Jet Tech), LISSOME R1 Lite (Slimmer variant focusing on core washing efficiency), Integrated AI Water Quality & Turbidity Sensors, Auto-Dispenser Accessories

Unique value

The first consumer dishwasher to implement 'Sweeping Jet Technology,' utilizing four spray arms (including two patented vertical rotating arms) to provide 360-degree high-pressure coverage in an ultra-slim form factor.

Target customer

Urban apartment dwellers with limited space, small households (1-2 people), parents requiring baby product sterilization, and outdoor enthusiasts/RV owners.

Industries served

Smart Home Appliances, Consumer Electronics, Household Goods, CleanTech

Technology advantage

Cross-pollination of robotics tech: Utilizes self-developed high-speed BLDC (Brushless DC) pumps and proprietary FOC (Field-Oriented Control) algorithms to precisely modulate water pressure (up to 45,000 Pa) and trajectory, an approach traditionally found in industrial robotics.

How they differentiate

Leverages proprietary 'Sweeping Jet Technology' and robotics-grade BLDC motors with FOC algorithms to provide 360-degree high-pressure cleaning (45,000 Pa) in a 15-minute ultra-fast cycle, specifically designed for ultra-slim countertop footprints (28cm width).

Main competitors

Daan Tech (Bob), Xiaomi (Mijia), Panasonic, Bosch

Key partnerships

Xbotpark (Hardware incubator founded by HKUST Professor Li Zexiang), Professor Gao Bingqiang (Investment & Strategic Technical Advisory), HKUST (Hong Kong University of Science and Technology) Robotics Alumni Network, Clear Water Bay Fund (High-tech hardware venture support)

Notable customers

Urban apartment dwellers, RV/Outdoor enthusiasts, Early adopters in the smart home robotics space

Major milestones

Founded in 2022 and incubated at Xbotpark (founded by DJI's Li Zexiang), Launched the LISSOME R1 ultra-compact dishwasher globally via Kickstarter in 2024, Closed Pre-Series A funding led by Prof. Gao Bingqiang in Nov 2024, Featured innovation at CES 2025 in the Smart Home category

Growth metrics

Successfully raised $352,279 from 876 backers on Kickstarter for the LISSOME R1 flagship product; recognized as one of the 'Coolest Products' at CES 2025.

Market positioning

Premium AI-driven smart kitchen appliance innovator targeting space-constrained urban households and 'clean-tech' enthusiasts.

Geographic focus

Global market with primary focus on China, North America, and Europe.

Patents and IP

Multiple patents filed for 'Vertical Spray Arm Design,' 'Sweeping Jet Fluid Dynamics,' and 'Compact Drain Pump Systems' (Verified through 36Kr and official technical disclosures).

About Steve Xie

Steve Xie (Xie Song) is a veteran in the robotics and precision hardware industry with over 10 years of experience. Prior to founding LISSOME, he was the Co-founder of Wlkata Robotics (Beijing Tofly Technology Co., Ltd.), where he led the development of Mirobot, a popular six-axis mini industrial robot arm. He holds a degree in Mechanical Engineering and Automation from the China University of Mining and Technology. His expertise lies in intelligent sensing, motion control algorithms, and applying industrial robotics principles to consumer appliances.

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