Electric Rolling Mill 96mm Battery Precision ATOMFAIR®

$7,725.00

Institutional Procurement & Supply Compliance: As a verified US supplier, Atomfair accepts formal institutional Purchase Orders (POs), contract billing schedules, and custom procurement loops for university and national laboratories, and corporate R&D departments globally.

Research-grade electric rolling mill for battery materials: 96mm roller, HRC62 hardness, 0-2mm thickness, 200°C, cylindricity ≤±2μm. Order now.

SKU: AFMSOSPG624
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Description

ATOMFAIR® ELECTRIC ROLLING MILL / MODEL ATOMFAIR-ROLLING582

RESEARCH GRADE MATERIAL

Product Overview

The ATOMFAIR® premium **electric rolling mill** (Model: Atomfair-Rolling582) is a high-precision calender instrumentation system custom-engineered for rigorous laboratory thickness optimization and density improvement workflows. This advanced apparatus provides uncompromised performance during thermal compression matrices for lithium battery plates, exploratory non-ferrous foils (copper, aluminum), and precise small quantities of precious metals (gold, silver). Engineered to achieve an exceptional **roller cylindricity ≤±2μm**, it delivers uniform sheet boundaries free from localized waviness, making it an essential asset for advanced cleanenergy R&D paradigms and high-fidelity dry powder preparation testing arrays.

Technical Parameters

PARAMETER NAME SPECIFIC SPECIFICATION
Roller Diameter Geometry Φ96 mm heavy-duty calender cylinders
Roller Surface Hardness Above HRC62 (Hard chrome plating surface passivation treatment)
Roller Finish Parameter Above 0.4 optical-grade mirror finish metric
Adjustable Rolling Thickness Range 0 – 2 mm flexible thinning gap capacity
Maximum Tablet Processing Width 0 ∼ 200 mm broad handling capacity
Roller Spatial Placement Horizontal layout configuration for simplified linear feeding
Maximum Rolling Temperature Ceiling 200 °C integrated uniform thermal heating
Adjustable Feeding Speed Window 0 – 10 mm/s motor speed adjustments
Power Supply Interface AC 220V / 50Hz electrical grid compliance
Rated System Power Consumption 720W heavy torque load motor module
Chassis Physical Dimensions L830 mm × W500 mm × H480 mm modular blueprint
Total Equipment Structural Weight 150 kg for massive, vibration-free benchtop anchoring
Alternative Options Explore our related catalog or custom dimensions. For urgent technical custom requests or bulk inquiries, please contact our support team.


Key Features & Advantages

  • HRC62 Hard Chrome Metallurgy: Forged with premium rolling cylinders subjected to hard chrome plating passivation, yielding an above HRC62 structural hardness with excellent rust shielding.
  • Sub-Micron Calendering Resolution: Outfitted with an ultra-precise roller assembly ensuring a cylindricity rating of ≤±2μm to suppress localized sheet wrinkling or thickness disparities.
  • Self-Locking Wedge Gap Adjustment: Incorporates a highly specialized wedge-type tablet gap tuning assembly, providing superior self-locking performance and micron-level compression control.
  • Three-Roller Independent Motor Drives: Driven by advanced three-roller independent motor regulation arrays, perfectly tailored to manage the delicate dry preparation demands of multi-phase battery coatings.
  • Synchronous Gear-Meshing Linkage: Industrial gear meshing transmission enforces simultaneous counter-roll pressing kinematics, avoiding mechanical slip loops and securing flat planar foil textures.
  • Electric Automated Birectional Travel: Microprocessor-driven system manages electric auto-rolling with immediate forward and reverse rotation steps, mitigating operator load intensities.

APPLICATION SCOPE: Optimized for the thinning treatment and density improvement of lithium-ion or sodium-ion battery electrodes, processing laboratory precious metals, formatting non-ferrous sheet current collectors, and managing continuous dry compound prototyping sweeps.
LOGISTICS & MOUNTING DETAILS: Shipped as a massive 150 kg system inside highly secure, shockisolated wooden crate enclosures. For customized roller width expansions, custom heating thresholds, or technical pricing brackets, connect directly with our engineering division via inquiry@atomfair.com.
IMPORTANT NOTICE: Pre-verify that the rolling cylinders are clean and free of ambient microdebris prior to engaging the 200 °C thermal cycle to avoid mirror finish distortion. Always lock the self-adjusting wedge gap module down completely before feeding thick sheets. Never operate the calender outside its 720W power threshold ratings, and clean wetted steel perimeters using electronics-grade volatile solvents following active deployment to stop aggregate crust buildup.
TAILORED SOLUTIONS FOR RESEARCH
Contact our engineering team for technical support or official quotations.
EMAIL: inquiry@atomfair.com
Manufacturer: Atomfair LLC
Brand: ATOMFAIR®

Operate within specified electrical and thermal limits to ensure safe performance. Store in a dry, clean environment to prevent contamination of precision components.

  • Electrical Supply Constraint: Use only the rated AC220V/50Hz power supply to avoid electrical overload or damage.
  • Temperature Limit Constraint: Do not exceed the maximum rolling temperature of 200°C to prevent overheating and equipment degradation.
  • Ventilation Requirement: Ensure adequate ventilation around the equipment to dissipate heat from the motor and rolling operation.
  • Roll Surface Cleanliness: Keep the rolling rolls clean and free of debris to maintain surface quality and prevent scoring or contamination of materials.
  • Personal Protective Equipment: Wear appropriate personal protective equipment, including gloves and safety glasses, when handling materials near the rolls.

Follow these steps to safely and effectively roll battery electrode materials or metal sheets. Adjust parameters according to material thickness and desired density.

Required Equipment: Atomfair Electric Rolling Mill

  1. Inspect Equipment
    Inspect the rolling rolls for cleanliness and any damage before starting operation.
  2. Connect Power Supply
    Connect the equipment to the specified AC220V/50Hz power supply and ensure proper grounding.
  3. Adjust Rolling Thickness
    Adjust the rolling thickness using the wedge-type gap adjustment mechanism to the desired value.
  4. Set Feeding Speed
    Set the feeding speed within the range of 0 to 10 mm/s based on material requirements.
  5. Load Material
    Load the material onto the feed table and align it with the roll gap.
  6. Start Rolling
    Activate the forward rotation function to begin the rolling process.
  7. Monitor and Reverse
    Monitor the rolling operation and use reverse rotation if the material needs to pass through again.

What is the trade-off between the Φ96mm roller diameter and achievable foil thickness uniformity for lithium battery cathode materials?

The Φ96mm roller diameter on the Atomfair Rolling582 provides a compact form factor while maintaining high precision with a roller cylindricity of ≤±2μm, ensuring uniform thickness for thin foils. However, the relatively small diameter may limit the maximum sheet width (up to 200mm) and can introduce higher bending stress on the rollers, potentially affecting edge uniformity during prolonged use. This design is optimized for laboratory-scale processing of battery materials and precious metals.

Can the Atomfair Rolling582 be used for calendering wet electrode coatings, or is it restricted to dry processing?

The Atomfair Rolling582 is designed specifically for dry preparation of battery materials and metals, as stated in its functional features. The rolling temperature is limited to 200°C, and the equipment lacks solvent handling or drying capabilities. For wet electrode coatings, the material must be fully dried prior to rolling to avoid contaminating the hard chrome roller surface (hardness HRC62) and to maintain precise thickness control.

What are the power and installation requirements for the Atomfair Rolling582 in a standard laboratory?

The Atomfair Rolling582 requires a single-phase AC220V/50Hz power supply with a power rating of 720W, compatible with standard laboratory outlets. With a weight of 150kg and dimensions of 830mm x 500mm x 480mm, it should be placed on a sturdy benchtop or floor-mounted. The equipment features forward and reverse rotation for easy operation, but proper grounding and operator training are recommended due to the rotating rollers.

The Atomfair Electric Rolling Mill (Model: Atomfair-Rolling582) offers precision rolling with ≤±2μm cylindricity and hard chrome rolls (HRC62), making it ideal for laboratory-scale thinning of battery electrodes and non-ferrous metals. Its 0-2mm thickness range and AC220V/50Hz power requirement are key operational constraints for potential buyers.

Positive

  • High roller cylindricity ≤±2μm: Ensures uniform rolling thickness and smooth surface finish, critical for consistent electrode density in battery materials.
  • Hard chrome rolls with HRC62 hardness: Provides excellent wear and corrosion resistance, extending service life and maintaining performance with precious and non-ferrous metals.

Trade-offs

  • Limited rolling thickness to 2mm: The equipment only processes materials within a 0-2mm thickness range, restricting its use for thicker sample preparation or bulk rolling.
  • AC220V/50Hz power dependency: Requires a standard AC220V/50Hz electrical supply; facilities with different mains voltage or frequency must use a transformer, adding infrastructure complexity.

Every advanced material, component, equipment, and instrument in our catalog is backed by rigorous testing. We maintain strict internal quality management frameworks and align with CE conformity metrics to deliver transparent, reproducible performance data via our public open-science repository.

To request raw batch performance data, submit formal vendor registration paperwork, or execute a fast-turnaround R&D manufacturing loop, contact us at inquiry@atomfair.com.

Item is dispatched under the Atomfair Shipping & Delivery Framework (Free worldwide shipping on orders over $59 USD). Return is governed by the Atomfair Return & Refund Policy (7-day technical return window).