近日，利元亨（688499）传来捷报：旗下胶框成型机、高精度高速叠片机、高压化成分容机三款固态电池（886032）核心装备，凭借过硬的技术指标与创新设计，成功入选“2026年广东省名优高新技术产品”。
这份荣誉，是对利元亨（688499）单机研发实力的官方认可，更是行业对其固态电池（886032）制造工艺的深度肯定。三款设备，只是利元亨（688499）技术版图的“冰山一角”。透视此次获奖：利元亨（688499）以整线视野布局专机、以专机硬实力证卡位，基于对固态电池（886032）底层工艺的深刻理解，已构建覆盖高精度双面无溶剂涂布—胶框叠片—等静压—高压化成工序的“干叠压化”优势专机矩阵，精准卡位下一代电池量产的工艺制高点。
一
干：高精度双面无溶剂涂布机
固态电池（886032）的产业突围，始于前段制造工艺的颠覆性变革。告别传统液态锂电池（884309）的溶剂体系，对粉体纤维化处理、极片成型工艺提出了严苛的设备要求。
高精度双面无溶剂涂布机：设备依托微米级厚度闭环控制、多辊联动热压核心技术，直接将干粉材料压实成膜，从根源规避溶剂回收带来的成本与环保痛点，产出高致密度极片基材，为后续固 固界面紧密贴合打下坚实基础，是适配固态电池（886032）“干法时代”的核心前置装备。
二
叠：胶框成型机&高精度高速叠片机
中段成型是固态电池（886032）良率的分水岭——脆性电解质“只能叠不能卷”，固-固界面处理极其苛刻。
胶框成型机(获奖专机)：极片边缘若缺乏绝缘隔离，高压等静压中极易接触短路；而独立制备胶框，又需二次转运、重复定位，累积误差、拉长产线。设备以印刷、喷墨打印、点胶三种工艺，将绝缘浆料成型于极片指定位置，经烘干、光固化定型；形状尺寸可快速适配不同工艺，并配在线检测。由此形成连续绝缘框——从源头规避接触短路，省去转运与二次定位误差，集成降本与精度双重保障，兼容硫化物、卤化物、氧化物三大体系。
高精度高速叠片机(获奖专机)：固态电池（886032）为何选叠片而非卷绕？各层平整堆叠，既易施加均匀压力、形成紧密低阻的固—固界面，又使应力与热量分布均匀，利于长寿命与安全；更适配脆性的氧化物、硫化物电解质片，避免卷绕破裂、掉粉。
为破解高速与高精度相互制约的矛盾，设备实现全流程微米级管控：一体模冲切保证裁切精度≤±0.01mm，叠片精度稳定≤±0.1mm，对齐度CPK≥1.33；高精度CCD与动态纠偏平台在线检测、实时反馈、自动补偿；整机经动力学振动仿真优化刚性机架，削弱高速振动干扰。对齐度越高，电流分布越均匀，内短路隐患越低；一致性越优，首件合格率越高，返工成本越省。
三
压：等静压专机
等静压专机：在叠片工序完成后、高压化成工序之前，利元亨（688499）布局等静压专机。设备借助超高压流体介质输出各向同性压力，消除固 固界面微观孔隙；与前段干法电极产出的高致密度极片相互配合，构建致密低阻的内部体系，是解锁固态电池（886032）高性能表现不可或缺的关键工艺环节。
四
化：高压化成专机
高压化成分容机(获奖专机)：传统化成设备难以兼顾压力、测控精度与生产安全。利元亨（688499）高压化成分容机可实现1 200吨夹具压力宽域可调，压力精度±1%RD，电流控制精度±0.03%F.S，电压控制精度±0.02%F.S，层板温度均匀性≤±2℃，电芯COV一致性指标得到有效优化；针对压力分布偏差执行双重校准，保障大批量电芯性能一致性。
“名优高品”的荣誉，是对单机极致的肯定，但利元亨（688499）的护城河不止于三款设备。依托自主智造平台与底层技术迁移能力，利元亨（688499）已完成从“单点专机突破”向“干叠压化整线专机矩阵”的跨越——既能提供极致单机，更能无缝衔接、整线闭环。
在固态电池（886032）全球竞赛的下半场，利元亨（688499）正以全栈式装备矩阵卡位核心技术节点，助力中国固态电池（886032）产业迈向全球价值链高端。
Good News|Lyric’s Three Core EquIPMent Selected as Guangdong Famous High-Quality High-Tech Products,Strengthening Full-Process Capabilities in Solid-State Battery EquIPMent Lyric recently reported a notable achievement:its frame molding machine,high-Precision（DTIL） high-speed stacking machine,and high-pressure formation and capacity-grading machine—three core equIPMent items for solid-state batteries—have been successfully selected as“2026Guangdong Provincial Famous High-Quality High-Tech Products”on the strength of their excellent technical performance and Innovative（IIPR） design.
This honor represents official recognition of Lyric’s R&D strength in individual equIPMent development,and further reflects the industry’s strong endorsement of its solid-state battery manufacturing processes.Yet these three machines are only“the tip of the iceberg”when it comes to Lyric’s broader technology landscape.
Behind This Award:Lyric is deploying specialized equIPMent with a full-line vision and proving its market positioning through the hard strength of these machines.Based on a deep understanding of the underlying processes of solid-state batteries,the company has built a matrix of differentiated specialized equIPMent covering the entire“dry–stack–press–formation”process—from high-Precision（DTIL） double-sided solvent-free coating and frame stacking to isostatic pressing and high-pressure formation—precisely securing the process high ground for next-generation battery mass production.
01Dry:High-Precision（DTIL） Double-Sided Solvent-Free Coating Machine The industrial breakthrough of solid-state batteries begins with a disruptive transformation in front-end manufacturing processes.Moving away from the solvent systems used in conventional liquid Lithium（LAC）-ion batteries imposes stringent equIPMent requirements for powder fibrillation and electrode forming.
High-Precision（DTIL） Double-Sided Solvent-Free Coating Machine:Leveraging micron-level closed-loop thickness control and the core technology of multi-roller synchronized hot pressing,the equIPMent directly compacts dry powder materials into a film.This fundamentally avoids the cost and environmental pain points associated with solvent recovery,produces high-density electrode substrates,and lays a solid foundation for subsequent tight solid–solid Interface（TILE） contact.It is a core front-end equIPMent solution for the“dry-process era”of solid-state batteries.
02Stacking:Frame Molding Machine&High-Precision（DTIL） High-Speed Stacking Machine Mid-stage forming is the yield watershed for solid-state batteries—brittle electrolytes“can only be stacked,not wound,”and solid–solid Interface（TILE） processing is extremely demanding.
Frame Molding Machine(Award-Winning Specialized EquIPMent):If the edges of electrode sheets LACk insulation isolation,contact short circuits are highly likely during high-pressure isostatic pressing.However,independently fabricating plastic frames requires secondary transfer and repeated positioning,which accumulates errors and lengthens the production line.The equIPMent uses three processes—printing,inkjet printing,and dispensing—to form insulating slurry at designated positions on the electrode sheet,followed by drying and UV curing for shaping.Its shape and dimensions can be quickly adapted to different processes,and it is equipped with inline inspection.This creates a continuous insulating frame—fundamentally avoiding contact short circuits at the source,eliminating transfer and secondary positioning errors,and delivering both cost reduction and Precision（DTIL） assurance.It is compatible with the three major solid electrolyte systems:sulfide,halide,and oxide.
High-Precision（DTIL） High-Speed Stacking Machine(Award-Winning Specialized EquIPMent):Why choose stacking rather than winding for solid-state batteries?Flat stacking of each layer makes it easy to apply uniform pressure and form a tight,low-resistance solid–solid Interface（TILE）.It also distributes stress and heat evenly,which is conducive to long cycle life and safety.Moreover,it is better suited to brittle oxide and sulfide electrolyte sheets,avoiding cracking and particle shedding during winding.
To resolve the trade-off between high speed and high Precision（DTIL）,the equIPMent achieves micron-level control throughout the entire process:integrated die punching ensures cutting accuracy≤±0.01mm;stacking accuracy remains stable at≤±0.1mm;alignment CPK≥1.33;high-Precision（DTIL） CCD and a dynamic correction platform provide inline inspection,real-time feedback,and automatic compensation;and the machine’s rigid frame has been optimized through dynamic vibration simulation to suppress high-speed vibration interference.Higher alignment leads to more uniform current Distribution（DSGR） and lower internal short-circuit risk;better consistency leads to a higher First（FFBC）-piece pass rate and lower rework costs.
03Pressing:Isostatic Pressing Machine Isostatic Pressing Machine:After the stacking process is completed and before the high-pressure formation process,Lyric has deployed a specialized isostatic pressing machine.The equIPMent uses an ultra-high-pressure fluid medium to deliver isotropic pressure,eliminating microscopic pores at the solid–solid Interface（TILE）.Working in tandem with the high-density electrode sheets produced by the front-end dry electrode process,it builds a dense,low-resistance internal system—an indispensable key process step for unlocking the high-performance potential of solid-state batteries.
04Formation:High-Pressure Formation Specialized EquIPMent High-Pressure Formation and Grading Machine(Award-Winning Specialized EquIPMent):Traditional formation equIPMent struggles to simultaneously ensure pressure,measurement and control Precision（DTIL）,and production safety.Lyric’s high-pressure formation and grading machine offers a widely adjustable clamping pressure range of1–200tons,pressure accuracy of±1%RD,current control accuracy of±0.03%F.S.,voltage control accuracy of±0.02%F.S.,and platen temperature uniformity of≤±2°C,effectively optimizing cell COV consistency.Dual calibration is performed to address pressure Distribution（DSGR） deviations,ensuring performance consistency across large batches of cells.
The “Famous High-Quality High-Tech Products”award affirms Lyric’s excellence in individual machines,but its moat goes far beyond these three products.Powered by its proprietary Intelligent（IPM） manufacturing platform and underlying technology migration capabilities,Lyric has moved from“single-point specialized equIPMent breakthroughs”to a“full-line specialized equIPMent matrix covering the dry–stack–press–formation process”—offering both ultimate single-machine performance and seamless integration into a closed-loop full line.
In the second half of the global solid-state battery competition,Lyric is positioning itself at core technology nodes with a full-stack equIPMent matrix,helping China’s solid-state battery industry ascend to the high end of the global value chain.
