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  • FHD-60 T 25HP Precision presses
  • FHD-60 T 25HP Precision presses

FHD-60 T 25HP Precision presses

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  • Description
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  • Model

    FHD-60

    Capacity

    60T

    Stroke of slide

    20 30 40 50

    S.P.M

    200-1000 200-800

    200-600 200-500

    Die-Height

    325 320 315 310

    Boister area

    950x700

    Slide area

    900x450

    Slide adjustment

    50mm

    Bed opemng

    600x130

    Motor

    25HP

    Net Weight

    14500kg

FLGK Intelligent Technology Co., Ltd.

Our company is China FHD-60 T 25HP Precision presses suppliers and Custom FHD-60 T 25HP Precision presses company.And it was established in 2001, the headquarter is in Cixi city, Ningbo, China. In 2017, Ningbo FLGK Intelligent Technology Co., Ltd. was established. In 2020, the company moved to a new factory, covering an area of 45 mu. Adhering to the business philosophy of "quality first, service first, integrity management, giving back to the society", after years of development and growth, we have set up offices in Guangdong, Chongqing, Shandong, Jiangsu, and Zhejiang, now covering a total area of more than 30,000 square meters, becoming an expert in precision and high-speed punch manufacturing.
FLGK Intelligent Technology Co., Ltd.

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Industry Knowledge

Precision presses play a vital role in the fine blanking process, offering several advantages that contribute to the success and efficiency of this manufacturing technique. Fine blanking is a specialized metal stamping process used to produce high-precision, burr-free parts with tight dimensional tolerances.

1. Accuracy and Precision:
Precision presses are specifically designed to provide high levels of accuracy and precision required in fine blanking. These machines incorporate advanced technologies, to ensure precise control over the cutting, shearing, and ejection processes. The result is the production of parts with consistently tight tolerances and minimal variation.
2. Burr-free Parts:
Fine blanking demands the production of parts with clean, burr-free edges. Precision presses excel in achieving this requirement by utilizing finely tuned cutting processes. The machines apply high levels of force with precise alignment to shear the metal cleanly, eliminating any burrs or deformations. This eliminates the need for secondary deburring processes, reducing production time and costs.
3. High Productivity:
Precision presses are engineered to provide high productivity rates in fine blanking operations. These machines are designed for quick setup and tooling changes, reducing downtime between production runs. Additionally, their high-speed capabilities enable rapid cycle times, maximizing output. This results in increased production efficiency and shorter lead times, giving manufacturers a competitive edge in meeting customer demands.
4. Versatility:
Precision presses are versatile machines that can accommodate a wide range of materials and part geometries in the fine blanking process. They can handle a variety of metals, including steel, stainless steel, aluminum, and alloys. Moreover, precision presses can produce complex part shapes, including internal, external, and combination features, perfect for intricate fine blanking applications.
5. Cost-Effectiveness:
Despite their advanced capabilities, precision presses offer cost-effective solutions for fine blanking operations. The precise control and high repeatability provided by these machines reduce material waste, minimizing scrap and improving material utilization. Additionally, the elimination of secondary operations like deburring further reduces costs. The high productivity and efficiency of precision presses also contribute to overall cost savings.
6. Quality Assurance:
Precision presses are equipped with advanced monitoring and control systems to ensure the production of high-quality parts consistently. These machines incorporate sensors, cameras, and force monitoring systems to detect any deviations or defects during the fine blanking process. Real-time data analysis allows for immediate adjustments, allowing for constant quality assurance and minimizing the likelihood of producing non-conforming parts.