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- Batteries for Sale
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- Cathode Active Material
- Anode Active Material
- Coin Cell Parts
- Cylindrical Cell Casing Material
- Battery Current Collectors
- Battery Conductive Materials
- Graphene and Graphite Oxide
- Battery Binder
- Battery Tabs
- Lithium Metal
- Battery Separator and Tape
- Aluminum Laminated Film
- Battery Electrolyte
- Battery Pack Materials
- Porous Metal Foam Materials
- Nanomaterials
- Battery Material Analyzer
- Electrode Performance Tester
- Lithium-Sulfur Battery Materials
- Solid State Battery Material
- Sodium-ion Battery Materials
- Fuel Cell Materials
- Supercapacitor Materials
- Coin Cell Equipment
- Battery and Materials Drying Oven
- Dry Electrode Film Solution
- Electrode Preparation
- Cylindrical Cell Assembly Machine
- Cylindrical Cell Winding Machine
- Tabless Battery Cell Flattening Machine
- Cylindrical Cell Short Testing Machine
- Cylindrical Cell Cap Welder
- Cylindrical Cell Bottom Spot Welder
- Cylindrical Cell Laser Welding Machine
- Cylindrical Cell Grooving Machine
- Cylindrical Cell Electrolyte Filling Machine
- Cylindrical Cell Sealing Machine
- Cylindrical Cell Cleaning Machine
- Cylindrical Cell PVC Shrink Wrap Machine
- Battery Formation and Grading Machine
- Pouch Cell Assembly Equipment
- Pouch Cell Winding Machine
- Pouch Cell Stacking Machine
- Battery Cells Heat and Cold Press Machine
- Pouch Cell Short Testing Machine
- Pouch Cell Forming Machine
- Pouch Cell Top and Side Sealing Machine
- Pouch Cell Film Wrapping Machine
- Pouch Cell Filling Machine
- Pouch Cell Vacuum Standing Box
- Pouch Cell Pre-sealing Machine
- Pouch Cell Formation and Grading Machine
- Pouch Cell Vacuum Sealing Machine
- Pouch Cell Edge Trimming Machine
- Pouch Cell Sorting Machine
- Prismatic Cell Assembly Machine
- Prismatic Cell Winding Machine
- Prismatic Cell Ultrasonic Tab Welder
- Prismatic Cell Laser Sealing Machine
- Prismatic Cells Feeding Machine
- Prismatic Cell Sealing Leakage Testing Machine
- Prismatic Cell Fillier
- Prismatic Cell Formation and Grading Machine
- Prismatic Cell PET and PVC Wraping Machine
- Prismatic Cell Sorting Machine
- Solid state Battery Equipment
- Sodium ion Battery Solution
- Supercapacitor Equipment
- Fuel Cell Solution
- Thin-film Solar Cell Solution
- Perovskite Solar Cell Equipment
- Battery Tester
- 18650 Battery Pack Assembly Equipment
- Prismatic Battery Pack Equipment
- Battery Production Line
- Coin Cell Laboratory Line
- Cylindrical Cell Production Line
- Pouch Cell Production Line
- Sodium-ion Battery Production Line
- Solid-state Battery Production Line
- LTO Battery Production Line
- Aluminum Shell Cell Production Line
- 18650 Battery Pack Auto Line
- Supercapacitor Production Line
- Lithium-sulfur Battery Pilot Line
- Glove Box
- Lab Furnace
- Ball Mill
- Laboratory Devices
- Press Machine
- Other Equipment
contact us
- corporate headquarters : Building 5th, NO.1633 Jicheng Road, Tong'an District, Xiamen City, Fujian Province, China
- business hours : 24/7-365 Customer Service
- contact : Amy Wang
- Email : tob.amy@tobmachine.com
- phone : +86-18120715609
- Whatsapp : +86-18120715609
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what we do for you
our solution
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Battery MaterialsTOB NEW ENERGY provides lithium ion battery materials include Cathode Materials, Anode Materials, Casing Materials, Battery Current Collectors, Conducive Materials, Graphene and Graphite Oxide, Binders, Battery Tabs, Battery Separator and Tape, Aluminum Laminate Film, Electrolyte, Pack Materials, Porous Metal Foam Materials, Nanomaterials and many others.
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Coin Cell EquipmentTOB New Energy provides professional coin cell lab equipment for lithium ion coin cell lab research, mainly include the small mixer device for slurry, manual film coating machine, electrode cutter, electrode press machine and crimping machine for coin cell sealing. All the equipment suitable for all kinds of coin cells, such as CR2016, CR2025, CR2032, CR2430 and so on. Coin cell research is the most convenient way for powder materials analysis.
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Dry Electrode Film SolutionTOB New Energy dry electrode technology is to mix electrode active material, conductive agent and battery binder to get electrode powder, without using any solvent, then rolled the dry electrode powder into the electrode film. After that, according to the production process requirements, the film of dry electrode material was rolled to the appropriate thickness. Then, conductive adhesive coating on the current collector foil and drying it. The last, laminated the dry electrode film and current collector foil together to get the finished dry electrode.
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Electrode PreparationElectrode preparation from materials baking to spot welding process before battery cells finished. Including slurry mixing, slurry testing, electrode coating, electrode rolling press, notching and battery tab welding.
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Cylindrical Cell Assembly MachineFrom winding process to the last sealing process for 18650, 21700, 26650, 32650, 4680, 4690, cylindrical cell assemblY line.
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Pouch Cell Assembly EquipmentFrom winding process to the last sealing process for pouch polymer cell assemble line.
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Prismatic Cell Assembly MachineAluminum Shell Cell Assembly Machine
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Supercapacitor EquipmentTOB can provide a set of supercapacitor solutions, including production line design and equipment supply.
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Battery TesterLithium ion Battery Testing Equipment is used for pouch cell, cylinder cell, coin cell parameter testing, it can test voltage, cycle life, capacitry and resistance.
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Battery Production LineA full set of lithium battery producing equipment from mixing to last testing equipment, Including Manual machine, semi-auto battery machine and full auto battery machine.
what we do for you
about us
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 6,000 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 ...

300
+
engineers & workers

5000
+
clients in worldwide

100
+
projects completed
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our workslatest projectsWe have designed more than 200 lithium-ion battery and supercapacitor production lines for the companies located in United States, Europe, Russia, India, Korea, Southeast Asia, Australia and South America.all projects -
TOB Empowers European Client to Establish 5MWh Automated High-Flexibility Li-ion and Na-ion Pouch Cell Mass Production BaseFrom 2024 to 2025, TOB NEW ENERGY delivered Europe’s first 5MWh a year Li-ion pouch cell mass production line for a leading energy technology enterprise. The project provided full ...read more
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Sodium-ion Battery Lab Line ProjectXiamen Tob New Energy Technology Co., Ltd. designs and establishes a sodium-ion battery lab line for the customer's laboratory, which can manufacture pouch cell, coin cell and 1865...read more
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Cylindrical Supercapacitor Lab Line Project In EuropeXiamen Tob New Energy Technology Co., Ltd. has designed and established a cylindrical supercapacitor lab line for European customers. TOB provides a complete set of supercapacitor ...read more
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60138 Supercapacitor Pilot Line ProjectXiamen TOB New Energy Technology Co., Ltd. designs and builds a 60138 super- capacitor pilot line for our southeast Asia customers. TOB NEW ENERGY provide a full set of super-capac...read more
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Dry Electrode Supercapacitor Production LineXIAMEN TOB NEW ENERGY TECHNOLOGY CO., LTD. designed and established a 60138 supercapacitor production line which is using dry electrode process for the customer's battery factory, ...read more
testimonials
what customers said
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latest news
SHENZHEN, China, May 15, 2026 – TOB NEW ENERGY, a globally active provider of high‑end battery manufacturing equipment and integrated engineering solutions, today marked the successful conclusion of its participation in the 18th China International Battery Fair (CIBF2026). As the show closed, the company’s newly presented complete solid-state battery laboratory solution stood out as a focal point for visitors evaluating next‑generation battery R&D infrastructure. Throughout the three‑day event, TOB NEW ENERGY’s booth(8T086) drew a sustained flow of battery manufacturers, materials companies, and research professionals. At the heart of the display was a fully operational solid‑state battery laboratory system covering the entire workflow—from material handling and electrode preparation to cell assembly and formation testing. The entire system operates inside a dry‑room environment, a critical prerequisite for moisture‑sensitive materials such as sulfide, oxide, and polymer‑based solid electrolytes. Alongside the solid‑state system, TOB presented its well‑established one‑stop solutions for lithium‑ion and sodium‑ion batteries, including scalable battery lab line, battery pilot line configurations and high‑throughput battery production line equipment for coin, cylindrical, pouch, and prismatic cell formats. Together, these exhibits illustrated the company’s ability to bridge the gap from early‑stage material research to mass production—a competence built over 24 years of dedicated battery engineering. Direct Engagement and Impressive Prospects Throughout CIBF2026, Dr. Dany Huang and Marketing Director Amy Wang were present on the booth, engaging directly with hundreds of visitors. Conversations ranged from technical details of solid‑electrolyte processing and electrode engineering to the configuration of entire pilot lines for novel battery chemistries. The live solid‑state laboratory demonstration proved especially attractive, triggering in‑depth discussions on reproducibility, throughput, and industrial readiness. By the exhibition’s closing, TOB NEW ENERGY had recorded a high volume of qualified leads and confirmed that numerous visitors expressed concrete intentions to proceed with orders for laboratory setups, pilot lines, and associated services. In addition, several preliminary strategic partnership agreements were set in motion with international battery developers and materials innovators, further expanding TOB’s global footprint. “CIBF2026 confirmed that solid‑state battery technology is no longer a future ambition—it is today’s industrial engineering challenge,” said Dr. Huang. “Our job is to provide the scalable, validated equipment infrastructure that makes the transition from laboratory discovery to factory‑floor profitability predictable. With 24 years of battery‑specific engineering behind us, we are ready to deliver exactly that.” A Focus on Solid‑State Manufacturing Transitioning from liquid‑electrolyte lithium‑ion to solid‑state ar...
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Meet TOB NEW ENERGY Battery Manufacturing Solutions at CIBF 2026
May 06, 2026
XIAMEN, CHINA — TOB NEW ENERGY, a globally recognized provider of integrated battery manufacturing solutions, is pleased to announce its participation in the 18th China International Battery Fair (CIBF 2026), which will take place from May 13 to 15, 2026 at the Shenzhen World Exhibition & Convention Center. The company will exhibit at Booth 8T086, where it will present its comprehensive capabilities across the full battery value chain — from laboratory-scale research and development through pilot-scale validation to full-scale mass production. The centerpiece of TOB NEW ENERGY’s showcase will be its cutting-edge solutions for battery lab lines, battery pilot lines, battery production lines, and specialized systems for solid-state batteries, sodium-ion batteries, and lithium-ion batteries. CIBF 2026: A Global Platform for Battery Innovation Organized by the China Industrial Association of Power Sources (CIAPS), CIBF 2026 stands as the world’s largest and most influential battery technology exhibition. The 18th edition will convene over 3,100 exhibitors and attract an estimated 350,000 professional visitors from across the globe, spanning 280,000 square meters of exhibition space. Under the theme “Linking the Globe · Empowering Green · Driving the Future,” the event serves as a premier platform for unveiling breakthrough technologies, forging strategic partnerships, and shaping the trajectory of the global energy storage industry. The concurrent Advanced Battery Frontier Technology Symposium will feature dedicated sessions on solid-state and next-generation battery systems, sodium-ion technologies, advanced lithium-ion chemistries, smart manufacturing, and digital twin applications — reflecting the industry’s accelerated transition toward higher energy density, enhanced safety, and sustainable production. Book a Meeting at Booth 8T086 Comprehensive Battery Manufacturing Solutions TOB NEW ENERGY has built a strong reputation as a one-stop partner for the new energy battery sector, serving over 2,000 clients across more than 20 countries since its founding. The company’s exhibit at Booth 8T086 will highlight three core manufacturing solution tiers that address every stage of battery development and production: Battery Lab Line Solutions — For academic institutions, corporate R&D centers, and national laboratories, TOB NEW ENERGY delivers fully customized laboratory-scale battery lines that encompass facility design, precision equipment configuration, and comprehensive researcher training. These solutions enable clients to validate new materials, optimize electrode formulations, and develop novel cell chemistries under precisely controlled conditions. The company’s lab lines are engineered for maximum experimental flexibility while maintaining industrial-grade accuracy and repeatability. Each lab line installation is tailored to the client’s specific research objectives, whether focused on lithium-ion, sodium-ion, solid-state, or emerging battery chem... -
2026 Labor Day Holiday Notice | TOB NEW ENERGY
Apr 20, 2026
Dear Valued Customers and Partners, Please be informed that TOB NEW ENERGY will be observing the upcoming International Labor Day holiday. Our offices and production facilities will be temporarily closed from May 1st, 2026, to May 5th, 2026. We will resume normal operations on Wednesday, May 6th, 2026. During this short break, our commitment to advancing your battery technology projects remains steadfast. Continuous Support for Your Battery Projects While our physical offices are closed, our digital resources are always available to keep your research and production moving forward. Whether you are scaling up lithium-ion production lines, exploring sodium-ion technologies, or pushing the boundaries of solid-state battery R&D, you can continue to explore our solutions online: Upgrade Your Production Line: Explore our comprehensive range of advanced Battery Manufacturing Equipment, including precision slurry mixers, high-efficiency vacuum coaters, and advanced assembly machines for cylindrical and pouch cells. Source High-Quality Components: Browse our premium Battery Materials to ensure your production cycles run without delay. Technical Insights: Access deep-dive engineering logic and industry insights in our Technical Blog. Inquiries and Urgent Contacts Any inquiries, technical support requests, or orders placed during the holiday period will be prioritized and processed promptly upon our return on May 6th. For urgent matters regarding ongoing equipment layouts or order deliveries, please contact your dedicated account manager directly via email or contact via mobile phone. Amy Wang: Email: tob.amy@tobmachine.com Mobile Phone: +86-18120715609 We appreciate your continued trust in TOB NEW ENERGY as your reliable partner in the global battery industry. Wishing you a restful and joyful holiday! Sincerely, The TOB NEW ENERGY Team www.tobmachine.com -
Sodium-Ion Battery Equipment Trends 2026 | TOB NEW ENERGY Insights
Apr 07, 2026
As the global energy storage and battery manufacturing industries continue to evolve at an unprecedented pace, sodium-ion battery technology is rapidly emerging as one of the most closely watched alternatives to traditional lithium-ion systems. In 2026, this shift is no longer confined to laboratory research or early-stage pilot projects; instead, it is beginning to reshape real-world manufacturing strategies, supply chain decisions, and—critically—the demand for specialized battery production equipment. For equipment manufacturers and battery developers alike, the rise of sodium-ion batteries is not merely a technological trend. It represents a structural change in how batteries are designed, processed, and scaled. This transition is driving a new wave of requirements for flexibility, precision, and adaptability in battery manufacturing equipment, particularly in research laboratories, pilot production lines, and small-scale industrial deployments. From a materials perspective, sodium-ion batteries differ significantly from their lithium-based counterparts. While lithium-ion systems rely heavily on scarce and geographically constrained resources such as lithium, cobalt, and nickel, sodium-ion batteries utilize more abundant and widely distributed raw materials. This fundamental difference not only reduces cost pressures but also alters the physical and chemical properties of electrode materials. As a result, conventional equipment configurations—originally optimized for lithium-ion chemistries—often require modification or complete rethinking when applied to sodium-ion systems. One of the most immediate impacts can be observed in electrode preparation and coating processes. Sodium-ion cathode and anode materials typically exhibit different particle morphologies, tap densities, and slurry behaviors compared to lithium-ion materials. These variations directly influence slurry mixing uniformity, coating stability, and drying performance. In practical terms, this means that coating technologies such as slot die coating systems must be capable of handling a wider viscosity range while maintaining high precision and consistency. To address these challenges, advanced coating solutions—such as precision-controlled slot die coating machines equipped with stable metering pump systems—are increasingly being adopted in sodium-ion battery research and pilot production. Equipment configurations that support single-sided and double-sided coating, as well as compatibility with glove box environments, are particularly valuable for early-stage material validation. These capabilities allow researchers to maintain strict environmental control while achieving uniform coating thickness, which is critical for performance consistency. In addition to coating challenges, the electrode calendering processes used in electrode densification are also affected. Sodium-ion electrodes often require different compaction strategies due to their distinct structural characteristics...
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