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MD1500 Arc Coating Equipment for Saw Blade & Band Saw - Trusted China Suppliers & Factory Solutions

MD1500 is a state-of-the-art arc coating equipment specifically designed for saw blades and band saw coatings, making it an ideal solution for industrial saw tool manufacturers in China. This customized machine features stable PVD arc coating technology, efficient WET lateral etching, and exceptional coating adhesion, ensuring high-quality performance. With tailored loading solutions to meet diverse production requirements, MD1500 stands out among suppliers and factories aiming to enhance their saw blade and band saw manufacturing processes

    Product Advantage

    High deposition rate

    The current density of the arc spot is as high as 1012A/m2, and the energy density is as high as 1013W/m2. The high energy density directly leads to the transformation of the target material at the arc spot from solid phase to metal vapor plasma.

    High ionization rate

    Arc discharge is generated between the cathode evaporation source and the shell, and glow discharge is generated between the workpiece base and the shell, causing the cathode target to evaporate and ionize, generally up to 60-80%.

    efficient and convenient

    Fully automatic coating system, efficient and reliable, capable of batch production 4-5 times a day, equipped with historical records, storable process recipes, offline editing, abnormal alarm, and touch screen operation.

    High impact resistance

    The film has moderate hardness, film adhesion, high rigidity, and good impact resistance, suitable for rough machining.

    Product characteristics

    • Product characteristics
      Capability for fast delivery (Get the shortes production process)
    • Product characteristics
      Customized individually
    • Product characteristics
      High stability (More than 10 years ofproduction experience)
    MD Equipment-Arc PVD Coating

    Workpiece:

    42CrMo (38-42HRC)

    GB:42CrMo

    ASME:4140

    JIS:SCM440

    Cutting data:Blind Hole Drilling

    Cutting speed Vc = 70m/min

    Feeding Fn = 0.15mm/r

    Cooling:External cooling, Emulsion

    MD Equipment-Arc PVD Coating (3)

    Result:

    Huasheng's HPD130 coated tool can achieve a cutting life of 63 meters

    The coated tool from competitor BHE offers a cuttinglife of 49 meters。

    The cutting life has been improved by 28.6%

    MD Equipment-Arc PVD Coating (1)
    MD Equipment-Arc PVD Coating (10)

    Product Parameter

    Model No. MD1500
    Technology Arc Ion Plating
    Max Load 1500 kg
    Max Temp 600 °C
    Technical Specifications
    Specification Parameter Details & Value
    Model No. MD1500
    Coating Technology Arc Ion Plating
    Number of Arc Sources 16
    Equipment Dimensions (mm) L4850 × W2300 × H2700
    Chamber Volume (m³) 1.9
    Effective Coating Area (mm) Φ720 × 900
    Maximum Working Temperature (°C) 600
    Capacity (trees) 12
    Maximum Loading Weight (kg) 1500
    Spindle diameter (mm) Φ130
    Process Time (h) AlTiN 6–8
    Frequently Asked Questions

    Q: What coating technology does the MD1500 use?

    The MD1500 system uses advanced Arc Ion Plating technology, which ensures high deposition rates and excellent coating adhesion.

    Q: How many arc sources are configured in the MD1500?

    The equipment is configured with 16 arc sources to deliver uniform and high-density coatings across the chamber.

    Q: What is the maximum capacity and load weight of this system?

    The MD1500 has a capacity of 12 trees and can handle a maximum loading weight of up to 1500 kg.

    Q: What are the chamber volume and effective coating area dimensions?

    It features a chamber volume of 1.9 m³ with an effective coating area of Φ720 × 900 mm.

    Q: What is the typical process time for AlTiN coating?

    The typical process time for applying an AlTiN coating ranges between 6 to 8 hours, depending on the specific thickness requirements.

    Q: What is the maximum working temperature of the machine?

    The system is designed to operate safely and efficiently up to a maximum working temperature of 600 °C.

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