The global humanoid robot industry is upgrading from appearance simulation to high-level emotional and facial vivid simulation. Ordinary shape restoration can no longer meet the high-standard requirements of high-end commercial interaction and ultra-realistic display. The delicacy, naturality and vividness of facial micro-expressions have become the core indicator to distinguish high-end humanoid robots from ordinary simulation equipment. High-end emotional companion robots, AI anchor robots and exhibition display robots need to transmit emotions and realize natural human-computer interaction through rich and delicate facial micro-movements, putting forward extremely strict requirements on the softness, deformation sensitivity and wrinkle restoration capability of bionic skin materials.
Traditional general bionic silicone has prominent defects such as high modulus, hard texture and insensitive deformation, which restrict the quality upgrading of high-end robots. Conventional silicone requires large stretching amplitude to deform, failing to synchronously respond to the operation of tiny facial driving components, resulting in rigid and mechanical facial expressions without hierarchical texture. Even large-amplitude expressions are accompanied by distorted wrinkles and tight skin deformation, unable to achieve real human vivid effect. The hard and tough texture brings strong plastic sense in close interaction and viewing, unable to cross the uncanny valley effect and limiting the high-end commercial landing of humanoid robots.
High-end simulation fields such as ultra-realistic wax figures, film super-realistic facial prosthetics and medical teaching simulation skin also face the dilemma of insufficient micro-expression simulation. Products made of traditional silicone have single and stiff expressions and distorted textures, failing to meet the high-precision simulation standards of high-definition film shooting, high-end exhibition display and professional medical teaching. The global high-end bionic industry is in urgent need of ultra-soft, low-modulus, high-sensitivity and natural-wrinkle professional facial bionic skin materials.
Targeting the high-end pain points of facial micro-expression simulation, Shenzhen Hong Ye Jie Technology independently developed and launched HYJ-RS-040 ultra-soft low modulus human fat-like robot skin silicone based on years of silicone molecular modification experience and countless modulus debugging and expression simulation tests. Breaking the rigid formula system of traditional silicone, this product optimizes the molecular cross-linking structure to reduce material modulus, highly restore the subcutaneous fat buffer characteristics of real human face, and realize the high-end bionic effect of "micro deformation, rich wrinkles, vivid expression and ultra-soft touch", fundamentally solving the problem of stiff and dull facial simulation of high-end robots.
The material features ultra-sensitive micro-deformation response, synchronously generating uniform and delicate skin wrinkles with tiny driving movements. Various subtle emotional changes such as gentle smiling, tight frowning and soft blinking are highly restored with natural and vivid texture. Zero-lag rebound and no residual folds ensure smooth expression switching without skin relaxation or texture accumulation, realizing top-level dynamic bionic effect.
The ultra-low shrinkage rate ensures micron-level restoration of human skin pores, fine lines and natural texture, presenting three-dimensional and delicate facial details without artificial traces. The upgraded anti-yellowing system maintains stable and transparent skin tone after long-term indoor lighting display and frequent operation, avoiding aging and dull discoloration. With excellent micro-fatigue resistance, the material remains stable after tens of thousands of subtle deformations without cracking or peeling, reducing later maintenance and renovation costs of high-end simulation equipment.
Adopting high-purity platinum eco-friendly curing system, the silicone is non-toxic, odorless and skin-friendly with high biological safety, suitable for long-term facial simulation and close human-computer contact scenarios. Custom skin tones and textures are available with firm color adhesion and no color cracking during deformation. It supports both high-precision R&D sampling and high-end customized mass production with stable batch quality consistency.
This ultra-soft low modulus micro-expression dedicated silicone is widely applied in high-end emotional interactive humanoid robots, AI intelligent anchor robots, exhibition ultra-realistic display robots, high-art simulation wax figures, film special-effect facial prosthetics, medical beauty teaching simulation models and high-end dynamic cultural and creative simulation props.
As a professional manufacturer focusing on scenario-based customized bionic silicone, Hong Ye Jie continues to iterate differentiated silicone formulas for different working conditions such as fuselage wear resistance, joint tear resistance, interactive dry touch, exhibition weather resistance and facial micro-expression simulation, realizing full-coverage material selection for humanoid robots. We provide free sample testing, formula fine-tuning, personalized customization and full-process technical support, helping global high-end humanoid robot and ultra-realistic simulation industries achieve quality breakthrough and high-end commercial development.
Shenzhen Hong Ye Jie Technology Co., Ltd
