Cranes for Lithium Battery Cell Manufacturing

At a glance: Kelude Heavy Industry provides crane configuration solutions for lithium-ion battery cell manufacturers, covering all four production stages—electrode preparation, cell assembly, formation & aging, and battery module assembly. With lifting capacities from 0.25 to 10 tons and spans from 8 to 24 meters, a complete plant crane system typically represents an investment of approximately $22,000 to $222,000. The electrode area uses KBK cleanroom systems (0.5–2 t), the assembly area features anti-static stainless steel electric hoists (1–5 t), the formation area is equipped with explosion-proof cranes (Ex d IIB T4, 1–3 t), and the aging area relies on KBK flexible systems (0.25–1 t)—all engineered to meet the demanding low-dew-point, anti-static, and cleanliness requirements of lithium battery manufacturing.

Crane Configuration for Lithium Battery Cell Manufacturing

Electrode Section | Assembly Section | Formation Section | Aging & Storage

Lithium battery production demands an ultra-dry environment (dew point −40°C), strict electrolyte leak prevention, and rigorous cleanliness control—these are the core challenges that shape every equipment decision in the industry.

Lithium Batterybattery cellmanufacturingcraneconfiguration solution——Electrode/Assembly/Formation/AgingFour-Stage Process

Scenario 1 — Electrode Section

• Lifting capacity: 1–3 t, cleanroom hoist

• Class 10K cleanroom / dehumidified

• Stainless steel / dust-free

• Metal-contamination protection

Dehumidified Cleanroom | Stainless Steel | Contamination Control

Scenario 2 — Assembly Section

• Lifting capacity: 0.5–2 t, cleanroom LD-type hoist

• Dew point below −40°C

• Explosion-proof in electrolyte filling zone

• Electrolyte corrosion resistance

Low Dew Point | Explosion-Proof | Anti-Corrosion

Scenario 3 — Formation Section

• Lifting capacity: 0.5–1 t, jib crane / hoist

• Battery fixture replacement

• Charge/discharge equipment maintenance

• Compact / flexible

Fixture Handling | Flexible | Compact

Scenario 4 — Aging & Storage

• Lifting capacity: 1–3 t, LD-type hoist

• Battery module handling

• Aging equipment maintenance

• Cleanroom / anti-static

Module Handling | Cleanroom | Anti-Static

Selection Parameters Across the Four Production Zones

Kelude Heavy Industry: Engineered for the Toughest Lifting Challenges

Kelude Heavy Industry specializes in the design and manufacture of heavy-duty overhead cranes, gantry cranes, and electric hoists. Our equipment is built to deliver reliable performance in demanding industrial environments, from steel mills and shipyards to power plants and general manufacturing facilities.

Overhead Cranes Built for Reliability and Performance

Our overhead crane series is engineered for continuous, heavy-duty operation. Available in single-girder and double-girder configurations, these cranes offer excellent lifting capacity and precise load control. We focus on structural integrity, using high-quality steel and advanced welding techniques to ensure long-term durability and minimal maintenance.

ConfigurationTypical Capacity RangeTypical Span
Single-Girder Overhead Crane1t – 20tUp to 31.5m
Double-Girder Overhead Crane5t – 100t+Up to 40m+

For specialized applications, we also offer explosion-proof overhead cranes, which comply with international safety standards for hazardous areas. These cranes feature specially designed electrical components and anti-sparking mechanisms to ensure safe operation in potentially explosive atmospheres.

Gantry Cranes: Versatile Solutions for Outdoor and Heavy Loads

Our gantry crane range is designed for versatility and strength, suitable for outdoor yards, storage areas, and production lines. These cranes provide a cost-effective solution for lifting and moving heavy materials where a fixed runway system is not feasible. We offer both full-gantry and semi-gantry types, with options for rubber-tired or rail-mounted travel.

TypeTypical Capacity RangeApplication
Full-Gantry Crane5t – 300tOutdoor yards, shipyards, precast concrete plants
Semi-Gantry Crane3t – 50tWorkshops with existing building structures

For demanding applications like container handling or bulk material storage, our heavy-duty gantry cranes can be customized with various spreaders, grabs, and hooks to meet specific operational needs. We prioritize stability and safety, incorporating features like anti-sway systems and overload protection.

Electric Wire Rope Hoists: Precision and Durability

Kelude electric wire rope hoists are the core component of many of our crane systems. Designed for high-duty cycles, they offer smooth operation, precise positioning, and reliable braking. Our hoists are available in a range of capacities and lifting heights, and can be supplied as standalone units or integrated into new or existing crane structures.

Hoist TypeTypical Capacity RangeFeatures
Standard Electric Hoist1t – 50tCompact design, low headroom, variable speed options
Explosion-Proof Hoist1t – 20tCertified for hazardous areas, sealed enclosures

All our hoists are manufactured using high-grade materials and components, ensuring a long service life even under severe operating conditions. We focus on safety and ease of maintenance, with features like self-locking brakes and accessible components for quick servicing.

Customized Solutions and Global Support

We understand that every operation is unique. Our engineering team works closely with clients to design and manufacture cranes that meet specific requirements, including special spans, lifting heights, and control systems. Whether you need a standard crane or a fully customized material handling solution, we provide expert guidance from initial concept through to installation and commissioning.

Our commitment extends beyond the sale. We offer comprehensive after-sales support, including spare parts, maintenance services, and technical assistance to ensure your equipment continues to operate safely and efficiently for years to come.

Contact Kelude for Your Lifting Solutions

To learn more about our full range of overhead cranes, gantry cranes, and electric hoists, or to discuss your specific project requirements, please contact our sales team. We are ready to provide you with a reliable and cost-effective solution tailored to your needs.

Parameter ItemElectrode SectionAssembly Electrode SectionFormation SectionAging/Warehousing
recommended modelcleanroom hoistcleanroom type LD/Hoistjib crane/HoistLD Type/Hoist
Lifting Capacity1t~3t0.5t~2t0.5t~1t1t~3t
Environmentrequirements10KClean/DehumidificationDew Point<-40℃StandardClean/anti-static
special requirementsAnti-Metal ContaminationElectrolyte Anti-corrosionBattery FixtureModule Handling
Kruud SolutionDehumidified CleanLow Dew Point+Explosion-proofFixture ReplacementCleananti-static
$22,200–$222,500
Total Plant Investment
0.25–10 t
Lifting Capacity
8–24 m
Span
A3~A5
Work Duty Classification
Dew Point −40°C
Dry Room
1–50 GWh/yr
Battery Cell Production Capacity

Lifting Challenges Across Lithium Battery Manufacturing Stages

In the electrode section, coating machines and roller presses require maintenance in a low-dew-point, dehumidified environment. The assembly stage is the most demanding area in lithium battery production—the electrolyte filling zone operates at a dew point below −40°C and carries a risk of electrolyte leakage. Kelude's specialized solutions include stainless steel construction, fully sealed electrical control boxes, and electrolyte-resistant protective coatings.

Kelude Service Advantages for Battery Plants

Kelude Heavy Industry has specialized in overhead lifting for lithium battery manufacturing for years, delivering complete process lifting solutions—from electrode production to module assembly—for plants using prismatic, cylindrical, and pouch cell formats. Our cranes are engineered to meet the stringent requirements of lithium battery workshops, including low dew point (−40°C), anti-static protection, and ISO Class 7 cleanliness.

Low-Dew-Point KBK System for Electrode Workshops
Electrode workshops in battery plants maintain a dew point of ≤−40°C (extremely dry conditions). Standard cranes operating in this environment are prone to condensation and short circuits in electrical components. Kelude addresses this with a stainless steel KBK system paired with a sealed electric hoist. The electrical control box is nitrogen-pressurized and fitted with a heating dehumidifier to prevent condensation. The KBK crane rail is made of SUS304 stainless steel with a smooth surface finish that generates no dust particles.
Explosion-Proof Solution for Electrolyte Filling Zones
The electrolyte filling area uses flammable carbonate-based electrolytes and is classified as a Zone 1–2 explosive atmosphere. Kelude supplies Ex d IIB T4 explosion-proof cranes featuring a flameproof electric hoist and an intrinsically safe pendant station. The electrical control box is positively pressurized with N₂ sealing. Static grounding resistance is kept at ≤4 Ω, and the lifting spreader uses conductive polyurethane with a grounding carbon brush. The filling-zone crane is interlocked with the fire suppression system—when a fire alarm is triggered, power is automatically shut off.
KBK System for Formation & Grading Areas
The formation and grading area—housing high-temperature aging chambers and charge/discharge testing cabinets operating at 45–80°C—requires a KBK system to assist with battery module handling and installation. Kelude's KBK system is equipped with an electric balancer (50–200 kg lifting capacity) for moving battery modules weighing 10–50 kg via vacuum suction or fixtures. The KBK crane rail runs along the front of the aging cabinets, providing full coverage of all loading and unloading stations.

Frequently Asked Questions

Q: Why can't standard grease be used in the KBK system for a lithium battery electrode workshop?
A: The low dew point (-40°C) and clean environment of the electrode workshop require a special grease for the KBK system. Standard grease becomes 10–20 times more viscous at -40°C, causing motion to stall, and it releases VOCs and siloxanes during high-temperature aging, which can contaminate electrode sheets. Kelude uses a perfluoropolyether (PFPE)-based grease with a pour point of ≤-60°C, an evaporation rate of ≤0.1% at 200°C, and zero VOC emissions. Replenishment is required every 6 months, at one-third the volume of standard grease.
Q: How does the high temperature in the lithium battery formation and grading area affect KBK systems?
A: With ambient temperatures of 45–80°C in the formation and grading area, KBK crane rails can expand from heat and cause jamming. Kelude's solution: KBK rails are made of 304 Stainless Steel (linear expansion coefficient 17.3×10⁻⁶/°C; a 30m rail expands approximately 20mm over a 40°C temperature differential). Expansion joints are pre-set at Rail Joints (each rail section ≤6m, with a 5–8mm joint gap), and Lifting points at expansion joints use sliding, Telescoping support components. For Electric Hoists operating in 80°C environments, motor power selection should be derated to 70% of rated capacity.
Q: What is the explosion protection class and leak response for the lithium battery electrolyte filling area?
A: The electrolyte (carbonate esters + LiPF₆) in the filling area is flammable and toxic, classified as Zone 1 (Ex d IIB T4). Emergency handling for leaks: ① The crane is equipped with a stainless steel electrolyte drip pan (capacity ≥50L) placed on the floor beneath the crane; ② The lifting spreader features a PTFE coating to resist electrolyte corrosion; ③ The electrical control box is IP65-rated with N₂ sealing to prevent electrolyte vapor ingress; ④ Interlocked with the LEL monitoring system in the filling area—the crane triggers an automatic shutdown when LEL reaches ≥10%.
Q: How does a lithium battery plant crane interface with the MES system?
A: Kelude's crane control system for lithium battery plants supports MES integration: ① During electrode coil loading, the MES assigns a material ID that is bound to the RFID reader on the KBK lifting spreader; ② During battery cell assembly, the MES sends process tasks to the crane terminal, including material location and process parameters; ③ After finished-cell cutting, the crane automatically reports a completion signal back to the MES. The interface supports OPC UA or SECS/GEM (semiconductor standard). This reduces operator barcode-scanning workload by approximately 80%.

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