In the fields of new energy and electronics, graphite conductive plates are widely used in core components such as battery modules and electronic devices due to their excellent conductivity and heat dissipation. Cutting these materials places extremely high demands on precision (to avoid damaging the conductivity), edge quality (to prevent debris from affecting the circuitry), and process flexibility (to accommodate custom specifications).

Graphite conductive plates are widely used in lithium batteries, electronics, chemicals, electrode molds, and other fields due to their excellent conductivity, high temperature resistance, corrosion resistance, and good processing properties. However, due to the high brittleness, pulverization, and conductive dust of graphite, traditional machining processes present high requirements. Using CNC vibrating blade cutting machines or CNC cutting machines for graphite conductive plates offers a high-precision, mold-free, and heat-damage-free intelligent cutting solution.

Traditional cutting methods rely on molds or conventional equipment, which can easily lead to dimensional deviations, rough edges, and slow turnaround times. The AOL CNC high-speed digital cutting system, specifically designed for graphite conductive plates, provides an efficient solution that balances mass production needs with customized processing requirements.

Technical difficulties in cutting graphite conductive plates:

High material brittleness: Traditional cutting tools are prone to chipping and breakage.

High risk of dust conductivity: Processing dust can cause equipment short circuits or contamination.

Uneven thickness: Intelligent blade pressure control is required for smooth cutting.

High dimensional accuracy requirements: The electrode and conductive components must maintain a tolerance of within ±0.1mm.

CNC cutting machine system solution:

Equipment Recommendations

Model: CNC Oscillating Blade Cutting Machine for Graphite Conductive Plates

Control System: Industrial-grade CNC control system + intelligent layout software

Drive: Servo motor + guide rail and screw drive

Cutting Method: High-speed oscillating blade (selectable depending on thickness)

Suction Method: Vacuum suction worktable (prevents plate slippage)

Dust Removal System: Dual-channel negative pressure dust removal system (prevents dust spread)

Equipment Features

Modular body design accommodates graphite plates of varying sizes;

Fully enclosed dust hood effectively prevents graphite dust from spreading;

Optional CCD positioning system for automatic identification of cutting positions;

Cutting head supports rapid switching of multiple tools (oscillating blade, drag blade, circular blade, etc.).

Cutting process of graphite conductive plate cutting equipment:

Material Loading: Place the graphite conductive plate flat on the vacuum table.

Image Import: Import CAD files (DXF/AI format) into the intelligent layout software.

Automatic Layout: The software automatically calculates the layout path to maximize material utilization.

Process Settings: Set the cutting speed, tool type, amplitude, and pressure.

Automatic Cutting: The machine executes the cutting action according to the path.

Dust Removal and Collection: Dust is simultaneously removed and the finished product is removed after cutting.

The AOL CNC graphite conductive plate cutting machine is not a general-purpose cutting machine; it's a tailor-made solution specifically for graphite conductive plates. From its optimized workflow for plate cutting, to its specialized cutter head for guaranteed edge quality, to its reinforced structure for long-term accuracy, every feature is designed for precision, efficiency, and flexibility.

For companies in industries like new energy and electronics, it not only addresses current quality and efficiency challenges, but also, through its die-free and flexible cutting capabilities, supports the future trend toward small-batch, customized production, becoming a core competitive advantage in the graphite cutting field.

Safety and protection measures:

The cutting area should be fully enclosed and connected to an industrial dust removal system.

The electronic control system should be designed to isolate conductive dust.

The vacuum holes should be cleaned regularly to prevent a decrease in suction force.

The cutting tool should be kept sharp to avoid friction and heat buildup that could lead to carbonization of the powder.

Operators should wear dust masks and protective goggles.

Graphite conductive plate CNC cutting machines utilize intelligent control, high-frequency oscillating blade technology, and a highly efficient dust removal system to achieve high-precision, clean, safe, and low-loss processing. Compared to traditional mechanical or laser cutting methods, CNC oscillating blade cutting offers significant advantages, including no heat impact, no smoke or dust pollution, and clean cutting edges. It has become an ideal choice for the modern graphite product processing industry.

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