Dreame, a growing innovative company specializing in developing intelligent home cleaning appliances, plans to launch its brand-new AI-powered smart vacuum cleaner, the Dreame L10 Pro robot vacuum. The smart tech vacuum cleaner features double-laser LiDAR sensors, a LiDAR navigation system, 3D obstacle avoidance technology, and a SLAM algorithm.

This intelligent vacuum cleaner is the latest advancement in autonomous home cleaning appliances meant to make home cleaning much more manageable than previously imagined. What makes Dreame stand out among other companies developing home-cleaning appliances, and why are people interested in their new Dreame L10 Pro robot vacuum?

Dreame: Winner of the AWE 2021 award

Dreame won the AWE 2021 award, an exhibition featuring a wide range of interactive activities that introduced new products, technology, and innovation to global audiences. The exhibitions introduced various products like the Dreame L10 Pro robot vacuum.

The smart tech vacuum is designed to detect and avoid obstacles while simultaneously rebuilding its 3D environment in real-time. The advanced mapping system that incorporates LiDAR, SLAM technique, and 3D obstacle avoidance tech is meant to make the autonomous intelligent vacuum cleaner more efficient.

The Dreame bot has a powerful 4000Pa ultra-powerful suction that can easily clean out dirt and debris. Let's dive in and explore more on what makes Dreame better than other vacuum cleaners in the industry.

Common Problems of Robot Vacuums

While the robot vacuum industry is developing rapidly with more innovations being made every day, one thing that remains a significant problem for most robot vacuum cleaning manufacturers is obstacle navigation.

The majority of robots available in the market are easily blocked by objects around the house like socks and slippers. This makes the robots somewhat inefficient since they require human assistance to remove the obstacle and keep the cleaning process going.

This comes as a challenge, and Dreame chose to tackle the challenge head-on. Dreame dove right in and implemented innovations that one could only see in autonomous vehicles.

These innovations were meant to tackle obstacles whether the Dreame L10 Pro robot vacuum is in the dark or faced with different obstacles every day. Dreame implemented live mapping and obstacle detection. This means that the bot can map your home, vacuum, and detect obstacles in real-time, placing the autonomous bot way ahead of Dreame's competitors.

LiDAR Navigation System Brings Dreame L10 Pro to the Next Level

LiDAR navigation system

LiDAR is an acronym for light detection and ranging. Some self-driving vehicles implemented the technology to help them navigate their real-time environments. There are several advantages to using LiDAR, such as accurate obstacle and depth perception, among others.

Dreame implemented LiDAR technology into their smart vacuum cleaners, making them more efficient than ordinary vacuum cleaners in the industry. This technology allows the Dreame Bot L10 Pro to vacuum more efficiently by detecting and avoiding obstacles.

3D obstacle avoidance technology

The Dreame L10 Pro robot vacuum is also equipped with an IR (infrared) sensor that helps in obstacle avoidance. 3D obstacle avoidance is different from LiDAR in that, instead of light detection, the sensors emit infrared radiation that bounces off of objects in the room.

Infrared light is invisible to the naked eye, and since the intelligent vacuum cleaner emits it, it doesn't depend on natural or incandescent light. The sensors on Dreame's smart tech vacuum detect the emitted light and analyze them to help the bot detect the distance of the object and how to navigate it. What makes this type of mapping better than LiDAR is that it allows the robot vacuum cleaner to 'see' in the dark.

SLAM technique

SLAM is an acronym for Simultaneous Localization and Mapping. Just like humans, robots need maps to help them find their way. Bots can't rely on GPS, especially if they are indoors. SLAM technique was implemented in-home cleaning bots as an easy way for robots to find their way around your home.

The technology involves the process of determining a sensor's position and orientation relating to its surroundings. Doing this helps the Dreame bot, in this case, to map a visual 3D representation of its surroundings.

The technology is used to generate maps, and it was integrated with the Dreame L10 Pro robot vacuum to help with autonomous vacuuming. Once the robot has mapped out your home, it gets a better idea of where each room is and the room's dimensions. This increases the smart vacuum cleaner efficiency.

Conclusion

With Dreame's projected growth, the chances are that more innovations are about to come our way. The level of innovation and dedication that Dreame puts in their products, especially in the Dreame L10 Pro robot vacuum, is what makes their products one of a kind.

Purchasing this product is a definite plus. If you've ever come home and found your autonomous robot vacuum stuck in front of an obstacle unable to complete your cleaning, then you can safely put those experiences behind you. Knowing the amount of innovation implemented and the technology invested in creating the Dreame L10 Pro robot vacuum, you can rest assured that Dreame's intelligent vacuum cleaner is the most efficient bot for the job.