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Category | Item | Specifications |
Hardware Configuration | X-axis Worktable Stroke (mm) | 2500 |
Pusher /loading table Stroke (mm) | 1300 | |
Maximum Cutting Thickness Z axis (mm) | 1300 | |
Maximum Workpiece Weight (kg) | 5000 | |
Wire Wheel Specification (mm) | φ250,φ350 | |
Loop Wire Specification (mm) | Φ0.65-1.0 (recommended 1.0 ) | |
Loop Wire Length (m) | 6.6 | |
Wire Linear Speed (m/min) | 0–40 adjustable | |
Feed Speed (mm/min) | 0–200 adjustable | |
Cutting Tension (N) | 10-100 | |
Corresponding Air Pressure for Cutting Tension (MPa) | 0.15-0.25 | |
Tension Control Method | Cylinder control | |
Axis Movement Control Method | Hybrid motor control | |
Active Wheel Transmission Method | High-speed servo motor direct drive method | |
Software Configuration | Control System | Irregular profile cut and straight cut |
Protection Functions
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Wire break protection function | |
Emergency stop function | ||
Pause function | ||
Processing Elements | Processing Precision | Best ≤0.10 mm |
Best Surface Roughness | ≤3.0 um | |
Scope of Use | Material Cutting Range | Graphite/brittle non-metallic materials |
External Required Resources | Power Supply | Single-phase 220V±5% 50Hz±1% |
Machine Power Consumption (KVA) | < 4.0 | |
Air Pressure and Flow Rate | Pressure 6kg/cm2, flow rate ≥0.5m3/min | |
Equipment Weight/Size | Main Machine Weight (kg) | 7800 |
Main Machine Dimensions (mm) | 3000*2800*2400 |
Click To Watch More Videos Showing Our Cutting Machine In Action.
This machine have 2 control system, you can switch from slicing system and profile cut system.
Here are videos about how it cut slices
Here are video about how it cut complex profiles
Comparison Between Diamond Band Saw and a Single Diamond Wire Saw
Aspect
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Diamond Band Saw
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Endless Diamond Wire Saw
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Cutting Mechanism
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Utilizes a continuous loop of diamond-coated band as the cutting tool.
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Employs a continuous loop of diamond-coated wire as the cutting tool.
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Cutting Speed
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Generally slower cutting speed due to the movement of the band.
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Faster cutting speed due to the continuous linear motion of the wire.
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Kerf Width
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Typically has a wider kerf width, leading to more material wastage.
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Minimizes kerf width, resulting in minimal material wastage.
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Cut Surface Quality
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May require additional polishing steps to achieve a smooth finish.
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Simultaneously cuts and polishes, ensuring a smooth and shiny surface.
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Versatility
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Suitable for basic cuts and straight lines.
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Highly versatile, suitable for complex shapes and intricate designs.
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Precision
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Moderate precision; may not achieve intricate designs accurately.
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Offers high precision, ideal for intricate graphite components.
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Material Efficiency
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Can be less material-efficient due to wider cuts.
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Maximizes material efficiency with narrow cuts.
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Dust Generation
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Generates more dust, potentially requiring dust extraction systems.
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Produces minimal dust, contributing to a cleaner working environment.
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Application
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Mainly used for simpler cutting tasks
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Ideal for various cutting needs, especially intricate graphite parts.
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Ideal Use Case
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Basic straight cuts in graphite.
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Precision cuts, intricate designs, and complex graphite components.
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