The evolution of smart sofas: Why coreless motors are the ideal drive solution
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What is a smart sofa
Smart sofa is a kind of intelligent furniture that combines traditional sofa design with modern technology. It improves the user's comfort and experience through electric system and intelligent technology. Compared with traditional sofa, smart sofa is not just a static seat. It has multiple adjustment functions and can be personalized according to the needs of users, bringing a more flexible and comfortable experience.
The most common features include adjustable backrests and footrests. Users can easily adjust the angle and height of the sofa according to their personal preferences through remote controls, mobile phone applications, and even voice commands to find the most suitable resting posture. Whether you want to sit up and work, or want to relax and rest, smart sofas can provide users with the best support.
In addition to the basic angle adjustment function, the smart sofa may also be equipped with massage, heating and cooling systems to help users relieve fatigue during the day. The massage function usually supports multiple modes and intensity options, while the heating and cooling functions can provide comfortable temperature adjustment according to seasonal changes, increasing the comfort and versatility of the sofa.
Through the smart sofa, users can not only enjoy a more personalized sitting and lying experience, but also link it with other smart home devices to achieve a more convenient control and lifestyle.
Why electrification is necessary
In modern society, people have higher and higher requirements for the quality of life. Therefore, the electrification of smart sofas is not only to provide additional comfort and convenience, but also to meet the needs of modern consumers for personalized, flexible and intelligent lifestyles. Although traditional sofas can meet basic needs in terms of comfort, they have certain limitations in terms of adjustment functions and user interaction. Through electrification, smart sofas can provide more accurate and convenient control methods through electric adjustment systems, making the sofa experience richer and more personalized.
Electrification makes the adjustment of the sofa more flexible. Users no longer need to rely on manual operation. They can quickly adjust the various functions of the sofa through remote control, APP or voice command. Whether it is adjusting the angle of the backrest or controlling massage, heating and other functions, electrification makes these operations more intuitive and simple, greatly improving the user experience of the sofa.
In addition, electrification also makes it possible to integrate other technologies into smart sofas. Through electrification, sofas can be seamlessly connected to home automation systems, and users can link the adjustment of the sofa with other smart devices to achieve a more intelligent home environment. For example, when the user sits down, the sofa can automatically adjust to the most comfortable angle and coordinate with the room's lighting and temperature control system to create a most suitable resting environment.
With the growing development of smart homes, electrification has become an indispensable part of smart sofas. It not only improves the user experience, but also promotes family life towards a more intelligent and convenient direction.
Application of Coreless Motor in Sofa Adjustment System
Although high-quality brushless motors can already meet the driving needs of most smart sofas, with the development of coreless motor technology, it is becoming an ideal choice for the new generation of high-end smart sofa systems.
Lighter and smaller without sacrificing performance
The coreless motor, with its compact structure and extremely low moment of inertia, significantly reduces the size and weight of the motor while maintaining high output efficiency. This is particularly critical for the interior design of sofas with limited space and compact structure.
Faster response speed and improved user experience
Compared with traditional motors, coreless motors have almost no startup delay and can complete posture adjustment in a very short time. This instant response is crucial to improving the user experience - after the user presses the button, there is no need to wait to feel the action feedback.
Silent operation, keeping the environment quiet
The home environment is very sensitive to noise. The coreless motor adopts a coreless structure, and there is no brush friction during operation, which greatly reduces the running noise. This is especially important when using a sofa recliner at night or adjusting the sitting position in a quiet space.
Precise control and personalized adjustment
Combined with sensors and position control systems, coreless motors can achieve higher-precision angle control and adapt to more complex adjustment logic and ergonomic requirements. Whether it is fine-tuning the backrest angle or linking adjustments between multiple areas, the control is stable and sensitive enough.
Support memory function and intelligent linkage
The coreless motor can be easily integrated into the intelligent control system, supporting multiple sitting/lying position memories and one-touch switching functions. At the same time, it can also be linked with mobile devices or voice assistants to achieve remote control or automatic scene switching.
VSD helps smart sofa
VSD is a technology company specializing in the design and manufacture of micro motors, providing high-performance Coreless Motors, brushless motors and customized drive solutions. We serve customers around the world, covering smart home, medical equipment, robotics, consumer electronics, automation and other industries.
The company is located in Guangdong, China, with modern production lines and strict quality control systems to ensure that the products meet international standards in terms of stability, precision and efficiency. We have a dedicated engineering R&D team to continuously invest in product performance optimization and structural innovation.
VSD provides standard products and also supports OEM/ODM customized services. Our goal is to achieve the best balance between performance, size, and power consumption, and to enhance product competitiveness for customers through technical support and rapid response.
Currently, VSD's customers are located in Europe, North America, Japan, South Korea and Southeast Asia, and many smart home brands and device manufacturers have integrated our motor systems into their products.
If you are looking for a reliable, flexible motor supplier with engineering support, VSD will be your trusted partner.
VSD Coreless Motor Recommendations
VEC-1656SI is a high-performance Coreless Motor, available in 12V and 24V specifications, with high speed (up to 69,000 rpm) and high output power (up to 76W). It has a compact structure and sensitive response, suitable for scenarios requiring high response, low noise and long life. It supports multiple customizations such as voltage, current, bearings and leads, and is widely used in precision drive systems.
VEC-1657 continues the precision manufacturing and lightweight design of the VSD series, supports 12V and 24V dual voltage versions, and has good efficiency and stable output performance. The maximum speed exceeds 32,000 rpm, which is suitable for scenarios requiring low noise, low vibration, and high reliability. It supports a variety of customized options such as built-in encoders and double ball bearings, and has strong compatibility.
VEC-0824 is an ultra-small Coreless Motor with a diameter of only 8mm, suitable for precision equipment with limited space. Although compact, it can achieve ultra-high speed operation (up to 71,000 rpm), fast start-up response and stable operation. It is very suitable for medical equipment, micro robots or portable devices, etc., where both size and performance are strictly required.
VEC-22mm Series Coreless Motors
The VEC-22mm series covers three sizes: EC2232, EC2240 and EC2248, and is suitable for a variety of voltage levels from 12V to 36V. Depending on the model, the output power ranges from 9W to 112W, and the maximum speed can reach 50,000 rpm. This series of motors is widely used in automation, robotics and instrumentation, and are equipped with Hall sensors to support closed-loop control and multiple customizations.
