An Exclusive Interview with Yang Jiuyong, Planetary Equipment Expert at the Ross Equipment Technology Center At the Ross Equipment Technology Center, Yang Jiuyong’s workstation is piled with drawings. Over the past fifteen years, his name has appeared repeatedly in the inventor column of a series of patents, including dual planetary mixing and dispersing machines, fixed-point stop devices for planetary agitators, and multi-axis planetary mixers. As an expert in the planetary equipment design group, he knows better than most: whether a piece of mixing equipment works well often does not depend on which parameters the client checks on the selection form, but on the things that were never written into the requirements list at all. “What I fear most is that…

In fine-processing fields such as advanced materials, biopharmaceuticals, and high-end foods, the dispersion state, particle size, and polydispersity index (PDI) of materials often directly determine the macroscopic performance of the final product. From the construction of electrical networks in conductive battery slurries, to the targeted delivery of lipid nanoparticles (LNPs) for nucleic acid delivery, and to the efficient disruption of robust cell walls, “how to achieve nanoscale uniform dispersion” has always been a core bottleneck restricting many industries from moving toward industrialization. Traditional dispersion equipment such as high-shear mixers, sand mills, or conventional high-pressure homogenizing valves often faces practical dilemmas when dealing with submicron or even nanoscale extreme processing requirements: insufficient energy density, media wear contamination, severe heat accumulation, and…

The race toward solid-state battery industrialization is elevating dry electrode technology from an “alternative process” to a preferred route. Featuring solvent-free operation, low energy consumption and broad compatibility, the dry process is widely recognized as a key enabler for mass production of high-energy-density solid-state batteries. Nevertheless, this route demands robust engineering support. Uniform electrode film formation, consistent fibrillation, and stable yield under continuous production all represent formidable engineering gaps between laboratory R&D and commercial manufacturing. AutoRICH Intelligent’s approach is to consolidate fundamentals with patents, define benchmarks through standards, and turn “technical feasibility” into “mass manufacturability” via integrated solutions. 01 Dry Electrode Lab Line & Production Line: Two Turnkey Solutions Targeting the pain points of solid-state dry electrode processes, AutoRICH has…

Recently, the list of the 8th batch (2026) of national-level Specialized and Sophisticated "Little Giant" Enterprises was released. AutoRICH Intelligent (301599) has been successfully selected. This marks another prestigious national honor earned by the company following its listing on the capital market. Founded in 2018, the company focuses on intelligent material processing including automatic batching, dispersion & emulsification, mixing and agitation. It has maintained the No.1 market share in the lithium battery manufacturing segment for successive years and serves leading customers worldwide. Its compound annual growth rate of R&D investment over the past three years reaches 37.86%. As of the end of September 2026, it holds more than 450 patents in total, including over 40 invention patents, and has participated…

On production floors of new energy and advanced materials plants, a common scenario plays out: the standalone mixing and stirring unit runs well, and powder conveying, metering and slurry preparation each work fine on their own — yet the entire line fails to operate stably. Interfaces are incompatible, integrated commissioning takes far too long, and when quality drifts, no party takes clear accountability. The fault lies not with any single machine, but in coordination between equipment, and between process and engineering. ROSS & AutoRICH’s transition from standalone machinery to integrated solutions directly addresses this very pain point. 01 An Unstable Line Rarely Fails Because of One Single Machine When it comes to powder handling and slurry preparation, equipment selection is…

In the production of adhesives, CCL resins, PI materials, lithium battery slurries and thermally conductive composites, “agitation” and “mixing” are often mentioned together. However, moving a material does not mean agglomerates have been broken up; a visually uniform tank does not guarantee effective material replacement across the whole batch. Starting from process mechanisms, this article distinguishes agitation, mixing, dispersion and kneading. Combined with equipment selection logic and customer application cases for various mixing, agitating, dispersing and kneading machines, it discusses easily overlooked evaluation criteria for high‑viscosity material preparation. On production sites for adhesives, CCL resins, PI materials, lithium battery slurries and thermally conductive composites, agitation and mixing are frequently treated as identical operations. The equipment rotates, materials flow, and the…

Recently, a custom precision batching and resin compounding system from AutoRICH Intelligent passed factory acceptance testing (FAT) and was loaded for shipment to a new materials customer site. Many take the view that once equipment is loaded and dispatched, the project is finished. However, this runs counter to the service philosophy of the AutoRICH project team: equipment shipment does not mark the end of the project. For customers, arrival of the equipment is only the starting point. On-site installation, piping hookup, electrical wiring, full-line commissioning and material trial production must all be completed at their facility. Delivery is only deemed fully accomplished when the production line stably manufactures qualified products. Team Deployment Upon Equipment Arrival Once the equipment arrives, AutoRICH’s…

In Lisa’s client visits, it is rare for her to jump straight into quotations right after sitting down. She usually sets aside the product brochures and starts by asking the client a few questions: What is the current state of your materials? Where are the recent bottlenecks in your production line? What is your capacity planning for the coming years? What are the conditions of your workshop and utility systems? What are your final quality targets? Until these questions are thoroughly clarified, she does not rush into equipment selection, let alone offer a seemingly attractive price upfront. Many salespeople start pitching equipment specifications, quoting prices and rushing to present solutions the moment they sit down with clients. Lisa takes the…

Polyimide (PI) film is widely used in fields such as flexible displays, semiconductors, and new energy. For PI material manufacturers, progress in formulation R&D does not necessarily mean the process is ready for scaled-up production. Whether polymerization remains stable, whether the material state before film formation can be effectively controlled, and whether the synthesis and casting steps connect smoothly all affect final production performance. These issues are often interrelated. Changes in molecular weight and viscosity in the PAA (polyamic acid) system affect downstream conveying and coating; bubbles, particles, and metallic impurities can cause film-surface defects; and mismatched equipment conditions and control parameters between upstream and downstream processes add difficulty to pilot-plant scale-up and continuous production commissioning. If polymerization, degassing, conveying,…

Recently, AutoRICH Intelligent has successfully delivered multiple benchmark projects across Europe and North America, marking another major milestone in its global business expansion. This achievement fully demonstrates AutoRICH’s robust global deployment capabilities and competitiveness in international markets, and solidly validates its proven cross‑border delivery capacity and core technological strengths. Since pursuing its global strategy, AutoRICH Intelligent has consistently empowered overseas markets with high‑standard smart manufacturing. It has overcome numerous challenges including cross‑border project execution, overseas compliance requirements and on‑site installation & commissioning at remote locations. Thanks to reliable product performance, a well‑rounded delivery system and professional technical services, the projects have passed customers’ stringent acceptance tests and earned high recognition from overseas markets. Going forward, AutoRICH Intelligent will continue to…