Loss-in-weight feeder for battery cell production
In battery cell production, achieving precise dosing and safe handling of hazardous materials is critical. This high-precision feeder ensures consistent quality and maximum safety, reducing dust emissions and contamination risks in your production line.
Ensures Precise Dosing and Safe Material Handling
The CS+ Loss-in-Weight Feeder from Qlar is designed to enhance precision and safety in battery cell production. Utilizing advanced gravimetric feeding technology, it excels in handling powders with high dust tightness and cleanliness, crucial for operations involving lithium-ion batteries. The modular design allows it to feed volumes ranging from 1 to 5,500 liters per hour, making it versatile for both wet and dry cell battery components, electrolytes, and chemical compounds. Featuring seamless integration into continuous containment systems, it minimizes dust emissions and ensures consistent dosing accuracy, thereby safeguarding product quality. Constructed for easy cleaning and safe material handling, it aids in preventing metallic contamination. This feeder is particularly suited for industries such as battery production, chemicals, and pharmaceuticals, where precision feeding is paramount. Its flexibility allows customization to suit diverse operational settings, supported by Qlar’s expertise across various sectors.
Benefits
- Enhances product quality by ensuring consistent dosing accuracy.
- Minimizes operational risks with high dust tightness and safe material handling.
- Increases production flexibility due to a wide feeding range.
- Reduces contamination risks with easy cleaning and prevention of metallic abrasion.
- Supports integration into continuous containment systems for environmental safety.
- Applications
- Wet cell batteries,Dry cell batteries,Chemical compounds,Lithium-ion batteries,Pharmaceutical products,Batteries
- End products
- Wet cell battery components,Anode materials,Dry cell battery components,Cathode materials,Active pharmaceutical ingredients (apis),Electrolytes for batteries,Chemical precursors for battery production,Battery-grade materials,Lithium-ion battery cells,Pharmaceutical granules
- Steps before
- Material Handling,Material Preparation,Mixing,Pre-weighing
- Steps after
- Battery Cell Assembly,Coating,Quality Control,Packaging
- Input ingredients
- lithium-ion battery materials,difficult to process materials,flammable materials,toxic materials
- Output ingredients
- battery cell component,minimized dust emissions,battery cell
- Market info
- Schenck Process is known for its expertise in material handling, weighing, feeding, and automation solutions. The company has a strong reputation for delivering high-quality engineered-to-order equipment for diverse industries, backed by innovative technology and customer-centric service.
- Capacity
- 1–5,500 liters per hour
- Dust Emission Limitation
- High dust tightness
- Process Integration
- Seamless integration into continuous containment concepts
- Cleanliness
- Maximum cleanliness
- Accuracy
- Consistently high
- Batch vs. continuous operation
- Inline Continuous
- Changeover time
- Quick changeover for different capacities
- Dust tightness
- High
- Cleaning method
- Safe handling and cleaning
- Modular system design
- Yes,configurable
- Automation level
- High,with integrated process control
- Flexibility
- Coverage of wide feeding range
- Process reliability
- Ensures high
- Abrasion resistance
- High
- Cleanability
- Optimal
- Suitable for environments with high cleanliness requirements
- Corrosive resistance (e.g. acids)
- Resistant to chemical exposure
- Biological compatibility
- Applicable for handling sensitive materials
- Density/particle size
- Variety
- Handles a range of densities and particle sizes
- Compact footprint
- Yes
- Discharge method
- Gravimetric / Volumetric
- Control panel type
- Integrated / Modular
- Capacity
- 1 to 5,500 liters per hour
- Modular system design
- Yes
- Control panel type
- Digital/Touchscreen
- Integration possibilities
- Seamless integration with existing systems
- Modular system design
- Configurable for different capacities
- Feeding range coverage
- 1–5,500 liters per hour