“ It's so soft, it's lifelike, and it's very clever.
It's a clever hand, and it's at the critical point of a massive outbreak.
According to industry data, in 2025, China's smart hand market sales were about 192,000, an increase of 236.84%; sales are expected to reach 702,000 in 2026, an increase of 265.63%; and market sales are expected to exceed 430,000 by 2030.
The market is growing rapidly, but the technological routes of connectors, rope drives, direct drives, software are still playing catch-up, patents, processes and mass production capabilities continue to evolve, the industry has not yet emerged as an absolute leader, and a number of vertical specialized smart-handed enterprises are starting to emerge.
Among them, the company Deep Apple Intelligent Technology Limited, founded by Dr. Yang Yang of Hong Kong's Chinese University of Robotics, which has been working in the field of robotic sophistication for 14 years, is accelerating its growth.
With a comprehensive leadership in terms of good production rates, unit costs and delivery stability, the company has accumulated more than 200 customers worldwide and entered the leading industrial automation and robotics industry chain, such as the overseas giants of new energy vehicles.
At a time when the technological path has not yet narrowed and the industrial landscape is far from consolidated, why do key customers at home and abroad start choosing Fruity Intelligence?
01.
The world's only soft life simulation that combines underlying creativity
From the first principles of materials and mechanics, there are irreconcilable physical contradictions in single technical routes such as rope drives, straight drives, connecting rods and pure soft drives.
According to Intel, using the human-handed shape as the best blueprint, the use of a composite architecture that mimics the fusion of bone, bone, joint, muscles, and skin, is the ultimate choice for the general high-frequency hand, and is the best technique for breaking a high-performance, long-life, low-cost, and impossible triangle.
This structure is not a simple combination of different materials.
The rigidity structure simulates the bone, which is responsible for support and transmission; the flexible joints provide buffer and suitability; the soft material simulates the muscles and skin, allowing the fingers to adapt when touching objects. The team re-designed the stress path from the underlying links, such as materials, mechanics, structures and drives, to synchronize the rigidity of the bones, the flexible connections to the soft surface to form a synchronous response.
Based on 14 years of continuous research and development, Fruity Intelligence has created the world's only rigidly soft bio-combined underlying original capability.
From materials science, structural design to driving institutions, autonomous R&D and development have been achieved, breaking through the traditional agile single structural paradigm, and building a unique global foundation for bio-combining technology. Based on this foundation, products achieve a high degree of freedom, a balance between lightweight and ultra-long service life, the strongest integrated strength, and the overall lead in core performance.
More importantly, AI also sees the mechanical body as part of an intelligent system.
In this system, the higher-order cerebellum is responsible for understanding tasks and making decisions, the smaller cerebellum is responsible for controlling movement, and the main body is responsible for some perception, adaptation and execution functions through materials and structures.
Dr. Yang, the founder of Fukuoka, used a mattress as a metaphor: if you put a little weight on it, it's a big one; if you put a little weight on it, it's a small one.
The mattress does not require complex sensors and control systems, and the material and the structure itself are able to produce corresponding shapes depending on the external force. The same is true for the dexterous hand: if the body can use its own material, structure and mechanical properties to adapt to the external environment, it can naturally complete part of the perception and adjustment at the moment of contact with the object.
This material- and structure-based silicon-based natural-intelligence silicon is at the core of the underlying capabilities of Fertility Intelligence: reducing the reliance on complex controls, proactively adapting to the environment in contact with real objects, and providing the technical foundation for world-leading high-frequency agility operations.
02.
Complete product matrix covering the whole scenario needs
The technological underpinnings determine the limits of capability, while the product matrix determines how much technology can enter real-world scenarios.
Based on the differentiated demands of performance, size, cost and interactive experience across different scenarios, Fruity Intelligence has built a complete product matrix consisting of GHand, GHand Lite, GHand Titan and GHand Neo, covering industrial manufacturing, commercial services, household consumption, data collection, education and research, and special environments.
Among them, GHand is positioning high-performance commercial flags, service-precision assembly and high-end manufacturing; GHand Lite lowers application thresholds with small lightweight and high-performance prices, aimed at educational research, teaching practices and simple interaction scenarios; GHand Titan is positioning industry-class flags, aimed at industrial manufacturing and complex specialty operations; GHand Neo emphasizes lightweight and high-interactivity, primarily for home-service humanoid robots.
03.
GHand5: Extreme performance below the size of a human hand
From the point of view of artificial intelligence, the size of human hands is not only shapeshifting, but also determines whether robots can fully take on the operating experience accumulated by humans.
Long-term human operational experience is the world's largest and most scenic potential source of robot-operated data. The use of human-sized data means that the data can be migrated more directly to the robot, which is equivalent to transforming the entire human operational experience into physical intelligence.
Human-handed design can also narrow the migration gap between Sim-to-Real and the model to the main body, coordinate more closely with the main body of the two-armed robot, and operate directly as a human-designed tool. On the contrary, it is cost-effective to re-collect and train large data sets that match your larger size and structure than human hands.
The GHand 5 is a five-fingered sleek hand with 18 degrees of freedom, an optimized design with a sleek bio-hybrid topology, and an industry-leading soft-smart unit capable of performing over 40 sophisticated sleek operations.
In terms of control systems, GHand 5 combines reinforcement learning, scattering models, multi-joint synchronous control algorithms, and intuitive driven integration design, building a fluid brain-to-brain fluid synchronous sophisticated operating system that can autonomously adjust movements based on environmental changes and exposure states to achieve human-level decision-making and execution.
In terms of core performance, the GHand 5 integrated system weighs only 720 grams, which is more than 30% lighter than similar products in the industry; single-finger tips reach 38N, about three times the industry's mainstream level.
At the same time, the product combines sensory neural systems across the whole range with touch, intuition and soft intelligence information, achieving the smallest size, lightest weight, strongest strength, longest life in similar products, leading the domestic and international competitions in key metrics such as size, weight, lifespan and intelligence, and defining a general high-frequency agile end product form.
04.
GHand Lite: Small and lightweight women's clothing
GHand Lite is a feminized feminized feminized hand with a high-value, lifelike design, small lightness and high price. Its size and shape are close to women's hands, and can be naturally coordinated with small humanoid robots and the body of intelligent robots.
The products are mainly aimed at educational research, instructional training, simple interaction and other entry-level applications, with lower prices and development thresholds, to push smart people into a broader application scenario.
In addition to technology and performance, the company strictly enforces the ISO 9001 quality management system, with products certified by the FCC, CE, CCC; while relying on the capability of supply chain integration of FYRONDA to ensure a stable supply of core components.
As a result, Intel is building a complete chain from underlying technologies, product definitions, to scale manufacturing and stable delivery.
05.
Why is it that key customers at home and abroad are choosing the smartest handset?
In addition to focusing on product parameters, key customers at home and abroad are focusing on their ability to solve real-world scenarios.
Folding screens: accurate and dimensional
Some of the leading consumer electronics terminal companies need to simulate a manually completed folding-screen touch detection, but the screen is prone to damage, and the requirements for motion and contact force control are extremely high. Finger-point touch and fine-tuning controls achieve motion accuracy of not more than ±0.5 mm and force-control accuracy of not more than ±0.1 N, with the assumption of continuous testing without damaging the screen.
Vehicle beam operation: handling flexible objects with continuous shape changes
Some automotive electronics head companies need to handle long, soft and shape-varying car thread beams, and traditional rigid claw claw beams are easy to hold unstable or damage thread beams. Finger intelligence uses a soft, lifelike adhesive structure that allows the fingers to adapt to adjust the way they touch and grab strength, to complete flexible operations such as fastening, outer skin cleaning and welding.
Man-made robot factory: training with body brains and models
Manufacturers of some of the world's leading humanoid robot hosts need to carry out brain training and sophisticated operational model validation, with high demands on sophisticated humans' size, freedom, and multi-mode perception capabilities. Intelligent sophisticated hands can handle human operational data, narrow the migration gap between models and the body, and provide the hardware base for training, data collection, and automated verification of body models.
Research institute: platform for experimenting with human agility
Research institutions require human-sized hands that are flexible enough to design, evaluate, and improve the intelligence and agility of the human hand. With its unique human design and multi-modal perception capabilities, AI is a platform for scientific experimentation that supports agile paper research, algorithmic verification, academic collaboration, joint topics and practice practices.
These scenarios look different, but the backdrop addresses a common challenge for the skilled hand industry: how to integrate drives, sensors, joints, sensors and control systems in spaces close to the size of a human hand, while taking into account freedom, power, weight, heat dissipation, lifespan and cost.
In response to these challenges, AI has built a complete capability to cover technologies, products and manufacturing:
• Launching the world's first universal high-frequency, soft-to-soft, simulated biomechanics, and creating a unique technological base globally;
• Leadership in core performance integrations through the optimization of biosynthesis;
• pioneered the blending of touch, intuition and soft intelligence, building a sophisticated operating system that combines a single brain with a single brain;
• Construction of the country's first mass production line of soft and soft alloys, with a total machine life of one million times and an annual capacity exceeding 100,000 units.
• Relying on global thermal plumbing to break through long-term high-load operating thermal bottlenecks, promoting the definition of robotic heat management standards.
These breakthroughs demonstrate the systemic capabilities of Fruit Intelligence, from underlying research and development, perceptual control to heat dissipation, manufacturing and bulk delivery.
06.
The breakers are heading for the stage.
In an endless race course, it is obvious that companies that are able to advance the underlying technologies of the layout for more than a decade and have the capacity to complement manufacturing before the industrial outbreak deserve continued attention.
For a robot to truly enter the physical world, it takes more than just a smart brain.
It also requires a pair of hands that are both strong and dimensional.
Just let robots do their job accurately.
Soft, allowing robots to adapt to unfamiliar environments.
It's so soft that robots can feel themselves in contact with the world every time.
This is perhaps the reason why key customers at home and abroad have started choosing Intel, and where this breaker is the most worthy of attention.