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I. Overview TOB NEW ENERGY was established in 2012, while the founding team entered the battery equipment industry as early as 2002. To date, the company has accumulated 24 years of deep expertise in battery manufacturing equipment and engineering. The company has long focused on providing high-end equipment and integrated solutions for battery R&D, process validation, and production, covering emerging battery technologies such as lithium-ion batteries, solid-state batteries, and sodium-ion batteries. It supports research institutions, start-ups, and large-scale factories in achieving efficient transformation from R&D to pilot-scale and mass production. Over the past 24 years, TOB NEW ENERGY has continuously evolved alongside the technological advancement of the global battery industry. From early lithium-ion battery equipment to current engineering practices for high–energy-density batteries, solid-state batteries, and sodium-ion batteries, the company has been deeply involved throughout each stage. With comprehensive engineering experience, TOB NEW ENERGY provides customers with validated, scalable, and industrialization-ready battery equipment, as well as one-stop battery R&D and production solutions. Through years of development, TOB NEW ENERGY has served more than 8,000 factories, universities, and research institutions worldwide. Covering the complete system from material development to battery R&D, the company delivers high-quality battery laboratory equipment, pilot-line equipment, and production-line equipment, supporting 80% of battery R&D system requirements and earning strong customer recognition. Today, TOB has become an industry benchmark in battery R&D and pilot-scale equipment and is a preferred partner for battery and material development. II. Core Technical Team and Engineering Strength The core technical team of TOB NEW ENERGY is led by PhD. Dany Huang and brings together multiple PhDs, professors, and national senior engineers, with each core member possessing more than 20 years of experience in the battery industry. The team has accumulated extensive expertise in lithium-ion batteries, solid-state batteries, supercapacitors, and materials science, covering the full technical chain from material development, cathode and anode technologies, metallurgy and chemical processes, to full-line production planning, equipment selection, system integration, and intelligent manufacturing. Team members have previously held key technical and management positions in leading domestic and international battery and materials companies, with comprehensive hands-on experience spanning laboratory R&D, pilot-line validation, and factory construction at the 50 GWh scale. Relying on this strong technical foundation, the solutions provided by TOB NEW ENERGY are not simple equipment combinations, but system engineering capabilities built upon a deep understanding of battery materials, process mechanisms, and large-scale manufacturing principles. III. Industry–Academia–Research Collaboration and Joint Laboratory On the basis of strengthening its engineering technology team, TOB NEW ENERGY not only develops projects independently but also continuously promotes deep integration of industry, academia, and research. The company has established a long-term and stable strategic partnership with Professor He’s research team at Central South University in the fields of solid-state batteries and sodium-ion battery technologies, and jointly built a university–enterprise collaborative laboratory. Leveraging Central South University’s research strengths in materials science, electrochemistry, and metallurgical physical chemistry, together with TOB NEW ENERGY’s practical experience in battery manufacturing engineering, equipment system integration, and process scale-up, both parties conduct joint R&D and engineering validation around new battery material systems, electrochemical performance evaluation, and key manufacturing processes. This forms a collaborative innovation mechanism of “university fundamental research + enterprise engineering implementation,” accelerating the industrialization of advanced battery technologies. Meanwhile, TOB NEW ENERGY places strong emphasis on technology development and has become an industry–academia–research base of Central South University, providing internship and training support for graduate students. IV. R&D Investment, Engineering Validation, and Pilot-Scale Capability TOB NEW ENERGY has consistently maintained high-intensity R&D investment. Over the 14 years since its establishment, cumulative R&D investment has exceeded USD 20 million. The company has independently built and operates an R&D and testing center covering more than 3,000 square meters, equipped with laboratories and pilot lines for multiple battery systems, supporting material development, process research, and battery performance optimization. The laboratory systems that have been completed and are in stable operation ...
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testimonials
what customers said
Great experience with TOB NEW ENERGY. l found the machines l was looking for on their website. They quickly confirmed that it was available and shipped it. l worked with Gavin. Gavin was very professional, helpful, and easy to work with. Process was easy and smooth.
Brian Howie
Brian Howie
eco systcm
It is a pleasure doing business with supplier. Great communication and fast delivery! I ordered this coating machine and its quality is very good. I really appreciate the people who worked behind delivering the product from China to my place.
Olivia Silva
Olivia Silva
eco systcm
I chose TOB because I simply could not find any other provider that offered all the materials I needed under one platform, such NCA, NMC,graphene oxide powder,etc. I really liked the speed of the supplier and quality of the product.
Marry Smith
Marry Smith
eco systcm
We developed a great partnership with TOB New Energy and their dedication to our researching is evident in all aspects of the lab. We appreciate their attention to detail and creative approach to bringing our new inspiration to move forward.
Joe Deer
Joe Deer
eco systcm
Know More About Our Business
latest news
Join TOB NEW ENERGY Global Distributor Program Jun 02, 2026
Join TOB NEW ENERGY Global Distributor Program
The global energy storage revolution is underway, and the demand for lithium-ion, solid-state, sodium-ion, and supercapacitor technologies is skyrocketing. From R&D labs to gigafactories, battery manufacturers need trusted, engineering-driven equipment and turnkey solutions. With 24 years of deep industry expertise as a top-tier benchmark, TOB NEW ENERGY (Xiamen Tob New Energy Technology Co., Ltd.) is now expanding its worldwide partner network. We invite you to be part of this exciting journey. Why Partner with TOB NEW ENERGY? Deep-Rooted Industry Experience Founded in 2012, our core team has been in the battery industry since 2002, accumulating 24 years of profound engineering experience. We specialize in high-end equipment and integrated solutions covering battery and materials R&D, pilot validation, and mass production. Our product range spans lithium-ion, solid-state, sodium-ion batteries, supercapacitors, and more. To date, we have served more than 6,000 factories, universities, and research institutes worldwide, supporting over 80% of battery R&D system requirements. The “TOB” brand is a recognized symbol of reliability and performance. TOB Global Customer Distribution Map TOB Cooperative Customers (Partial Display) Engineering & Technology Powerhouse IP & Certifications: Over 60 national patents, ISO 9001 / IATF 16949 / ISO 14001 / ISO 45001 certified; full product range compliant with CE, UL, etc. Top-tier Team: Our core technical team, led by PhDs and professors, brings 20+ years of experience across materials development, cell design, and factory EPC. In-house R&D & Pilot Infrastructure: A 3,000+ m² R&D center with dedicated labs (coin, cylindrical, pouch, prismatic, solid-state, sodium-ion) and operating pilot lines, equipped with dry rooms at –50°C dew point. Academic Partnership: Joint lab with university professor teams fosters a collaborative innovation loop of “fundamental research + engineering translation,” accelerating the industrialization of advanced battery technologies. University-Enterprise Partnership Signing Ceremony TOB Engineering Team TOB Certifications Global Footprint, Proven Delivery 12+ years of overseas market experience and over 1,000 battery/PACK lab lines, pilot lines, and production lines delivered worldwide. Trusted by world-class partners across North America, Europe, India, Southeast Asia, and beyond, with more than 6,000 customers in battery and material development. We have established communication and interaction with 80% of battery R&D and manufacturing facilities worldwide. Regularly featured at CIBF 2025/2026, and interviewed by China Central Television (CCTV). TOB Interviewed by China Central Television (CCTV) at CIBF 2025 TOB CEO Leads Team at CIBF 2026 Unique Competitive Advantages A genuine equipment provider that deeply understands battery processes and mass production. Full-scope turnkey and EPC services: from battery equipment (lab solutions, pilot lines for A/B/C samples) to mass production...
  • Dry Electrode Revolution: Scaling Solvent-Free Manufacturing for Next-Gen Battery
    Dry Electrode Revolution: Scaling Solvent-Free Manufacturing for Next-Gen Battery Oct 20, 2026
    XIAMEN, China — As the global energy transition places unprecedented demands on battery cell performance, manufacturing economics, and carbon footprint reduction, the international battery industry is reaching an engineering inflection point. Conventional wet slurry coating processes—which have anchored lithium-ion manufacturing for over three decades—are rapidly approaching their thermodynamic, economic, and environmental ceilings. In response, dry battery electrode (DBE) technology has emerged as one of the most consequential manufacturing breakthroughs of the decade. Recognized by pioneering research consortia, global automotive manufacturers, and industrial initiatives supported by the U.S. Department of Energy as a pivotal pathway to sustainable battery production, solvent-free electrode processing completely redefines the front-end fabrication line. By eliminating the reliance on energy-intensive drying ovens and toxic organic solvents, dry electrode manufacturing unlocks transformative cost reductions while serving as the vital technological bridge to commercializing all-solid-state and next-generation high-energy cells. The Industrial Urgency: Overcoming the Limitations of Wet Slurry Coating To understand the transformative momentum behind dry electrode processing, one must examine the operational bottlenecks inherent to conventional wet slurry coating. In traditional manufacturing, active materials, conductive additives, and polymer binders (such as PVDF) are mixed with toxic, volatile organic solvents—predominantly N-Methyl-2-pyrrolidone (NMP) for cathodes or deionized water for anodes—to produce a pumpable liquid slurry. While this slurry-based approach has facilitated gigawatt-hour scaling, it introduces massive structural inefficiencies: Capital and Energy Penalties: Once the wet slurry is cast onto current collector foils, the entire volume of solvent must be evaporated inside industrial drying ovens that often stretch 60 to 100 meters in length. Heating, circulating, and recovering NMP through specialized condenser systems accounts for an estimated 40% to 50% of the entire cell plant's energy consumption. Environmental and Regulatory Compliance: NMP is subject to tightening toxic chemical restrictions and REACH regulations across the European Union and North America. Constructing, operating, and maintaining hazardous chemical recovery systems imposes immense ongoing capital and compliance overhead on gigafactory operators. Physical Electrode Thickness Constraints: In wet slurry drying, solvent evaporates from the outer surface first. This phenomenon creates an upward capillary draw that pulls low-molecular-weight binder particles toward the top surface, resulting in binder migration. When attempting to coat thick, high-energy-density electrodes, binder depletion near the current collector leads to severe delamination, poor adhesion, and structural cracking during subsequent calendering. By eliminating liquid solvents entirely from ...
  • TOB NEW ENERGY Secures US Trademark for Battery Equipment
    TOB NEW ENERGY Secures US Trademark for Battery Equipment Oct 08, 2026
    XIAMEN, China — XIAMEN TOB NEW ENERGY TECHNOLOGY CO., LTD. (TOB NEW ENERGY), a premier global provider of advanced battery manufacturing equipment and technology solutions, officially announced that it has been granted a federal trademark registration certificate for the mark "TOB" by the United States Patent and Trademark Office (USPTO). The trademark is registered on the Principal Register under Registration No. 8,350,946 (Serial No. 99-220,375), classified under International Class 7. The official certificate confirms the brand's established commercial standing dating back to its first commercial use in November 2012, marking a major milestone in TOB NEW ENERGY's long-term international expansion and brand protection strategy across North America and global clean energy markets. A Crucial Milestone in Global Intellectual Property and Market Expansion As international investments in electric mobility, grid-scale battery energy storage systems (BESS), and specialized electrochemical applications continue to accelerate, North America has developed into a central hub for advanced battery research, pilot validation lines, and gigawatt-hour (GWh) scale manufacturing facilities. Driven by localized supply chain initiatives and stringent industrial safety standards, tier-one battery innovators and regional cell manufacturers demand equipment suppliers with impeccable technological reliability and clear, transparent intellectual property governance. For over two decades, TOB NEW ENERGY has actively supported this international ecosystem, supplying precision laboratory instruments, customized pilot-scale machinery, and fully integrated production equipment to global battery manufacturers, electric vehicle developers, national research laboratories, and top-tier academic institutions. Securing federal registration on the USPTO Principal Register grants TOB exclusive rights to the "TOB" mark across the United States. This milestone establishes enforceable legal protection in one of the world's most sophisticated and demanding industrial technology markets. It not only reinforces brand distinction across international trade fairs and project tenders, but also provides global engineering teams and procurement directors with unequivocal legal assurance when executing long-term capital equipment contracts. Extensive Scope of Protection Across Core Battery Manufacturing Equipment The approved registration under International Class 7 encompasses an exhaustive scope of machinery specifically engineered for the battery and energy accumulator industries. This federal recognition directly covers TOB NEW ENERGY's primary machinery portfolio, validating the breadth of the company's engineering capabilities: Electrode Fabrication and Slurry Processing: Mixing machines, fluid dispensing machines, high-precision coating machines and lines for web products, doctor blades, application units, rolling mills, and cutting and slitting machines for web materials. Cell Assembly...
  • China National Day 2026 Holiday Notice
    China National Day 2026 Holiday Notice Sep 28, 2026
    China National Day 2026 falls on Thursday, October 1, and the national holiday runs from October 1 to October 7 - seven consecutive days. Our office closes for that period and reopens on Thursday, October 8. Sales, technical support and WhatsApp stay monitored throughout, and October 10, a Saturday, is a working day in China. The one date to act on is September 30: the last working day before the break, and the cut-off for shipping documentation. China National Day 2026: Dates and Office Schedule The schedule below follows the State Council General Office's State Council notice on China's public holidays for 2026. A second listing of the same arrangement is available in this China public holiday calendar. The Official Holiday Arrangement National Day falls on Thursday, October 1, 2026. The holiday covers October 1 to October 7 inclusive - seven days - with two make-up working days set for Sunday, September 20 and Saturday, October 10. The September date has already passed. The October date applies nationwide and falls straight after the break, which is why our suppliers and freight partners treat it as part of the same cycle. Key Dates at a Glance Monday September 28 – Wednesday September 30 - normal working days Thursday October 1 – Wednesday October 7 - holiday; office closed Thursday October 8 - normal operations resume Saturday October 10 - designated working day What Stays Open, and What Slows Down Two things behave differently over a break of this length: the channels you can reach us on, and the third-party chain that moves your goods. Support Channels That Remain Open Email, phone and WhatsApp are monitored every day of the holiday, October 1 to 7 included. Enquiries arriving during the break are logged on arrival and answered in priority order once the office reopens on October 8. If a production line is down - a coating head fault, a winding tension problem, a sealing parameter out of spec - call the technical support line rather than sending an email, so that a duty engineer can respond directly. All routes reach the same team through our contact our team page. Emergency contact during the holiday Amy Wang Email: tob.amy@tobmachine.com Phone: +86-18120715609 Steps That Slow Down Across the Break Export documentation, customs clearance, third-party inspection and freight consolidation around Xiamen and Shenzhen all follow the national calendar, so they pause at roughly the same moment we do. Our own production schedule is not affected by the holiday; it is this external chain that sets the pace for anything leaving the country. Shipping and Documentation Cut-Off: September 30 If a shipment has to leave China before the holiday, one date decides whether it makes it. What to Send Before the Break Commercial invoices, packing lists, certificates of origin and any inspection booking your buyer requires need to reach us by Wednesday, September 30. A request sent on September 30 travels with the last outbound paperwork of the month; the same ...
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