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HMC-630(Inverted T) Horizontal Machining Center
HMC-630(Inverted T) Horizontal Machining Center
HMC-630(Inverted T) Horizontal Machining Center
HMC-630(Inverted T) Horizontal Machining Center
HMC-630(Inverted T) Horizontal Machining Center
HMC-630(Inverted T) Horizontal Machining Center
HMC-630(Inverted T) Horizontal Machining Center
HMC-630(Inverted T) Horizontal Machining Center

HMC-630(Inverted T) Horizontal Machining Center

The bed adopts inverted T structure layout, the table moves around (X axis), the headstock moves up and down (Y axis) and the column moves back and forth (Z axis), and is equipped with a rotary table and a tool arm-type tool library. Workpiece once clamping can complete multi-sided milling, drilling, boring, reaming, tapping and other processes, effectively improve efficiency, while reducing the cumulative error caused by the workpiece multiple clamping. Suitable for all kinds of special-shaped parts, box parts processing.
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  • Introduction
  • Parameter
  • Product Configuration Table

  • · The bed is made of an integrated forming structure, cast of high-strength cast iron material, and heat treated to eliminate internal stress. Through finite element analysis, the reinforcement layout is optimized to fully meet the needs of high-torque cutting by the machine tool. Spiral chute is designed on the left and right sides respectively to facilitate the timely discharge of residual iron filings.

    · Double-wall structure design of the column, multi-point radial reinforcement arrangement inside, large-span section arrangement at the bottom, good rigidity.

    · The finite element structural statics and dynamics analysis of the headstock, reasonable structural design and the combination of reinforcement bars ensure the high rigidity of the headstock and ensure the machining rigidity of the spindle parts.

    · The machine tool is equipped with a rotating table, which reduces the time of machine standby clamping workpiece and greatly improves the processing efficiency. High-precision worm gear drives the rotary table to rotate, and adopts high-precision mouse tooth disk positioning with oil pressure locking mechanism to ensure the clamping of the table and ensure the smooth and vibration of the table during the cutting process.

  • Main technical parameters of horizontal machining center HMC-630

    project

    Main parameters:

    Processing range

    X-axis travel (left and right)

    mm

    1050

    Y-axis travel (up and down)

    mm

    800

    Z-axis travel (front and rear)

    mm

    850

    The distance from the end face of the spindle to the center of the table

    mm

    200-1100

    The distance from the spindle center to the work surface

    mm

    118-968

    workbench

    Number of workbenches

    --

    1

    Table Area(A×B)

    mm

    630×630

    Minimum split angle

    you

    1°

    Maximum load-bearing

    kg

    1200

    T-slots (number of slots× width × spacing)

    mm

    5×20×125

    spindle

    Spindle drive method

    Belt driven

    Spindle taper

    --

    BT50

    Spindle speed

    rpm

    6000

    Spindle power

    Kw

    15/18.5 (Wide Area Motor)

    Spindle torque(S1/S2)

    Nm

    143/191

    Feed drive

    X, Y, Z axis rapid traverse speed

    m/min

    30/30/30

    X, Y, Z axis servo motor power

    Kw

    3/3/3

    X, Y, Z axis servo motor torque

    Nm

    36/36/36

    X, Y, Z axis screw diameter

    mm

    50/50/50

    X, Y, Z heavy-duty linear rail width

    mm

    55/55/55

    Tool magazine

    Tool magazine capacity

     

    30

    Tool change time

    s

    4.5

    Maximum diameter of the tool

    mm

    125/225

    Maximum length of tool magazine

    mm

    350

    Maximum weight of the tool

    kg

    20

    precision

    Positioning accuracy （VDI 3441）

    mm

    0.008

    Repeatability（VDI 3441）

    mm

    0.005

    B-axis segmentation accuracy （VDI 3441）

    arc-sec

    10

    B-axis repeatability accuracy （VDI 3441）

    arc-sec

    2

    shape

    Length× width × height

    mm

    4500×3500×3500

    weight

    kg

    17000

    Compressed air pressure

    MPa

    0.6

    Machine tool power supply

    V/Hz

    380V/50Hz

  • Standard configuration

     

    HMC-630(Inverted T)

    1

    FANUC System

    2

    BT50 Belt Spindle

    3

    BT50-30T tool arm ATC

    4

    600×600 Rotary table (1° indexing)

    5

    Spindle cutting and blowing

    6

    Cutting coolant system

    7

    Self-lubrication system

    8

    Fully enclosed guard

    9

    Spiral chip conveyor

    10

    Standard water tank

    11

    Clean water gun and air gun on operation side

    12

    Electric cabinet heat exchanger

    13

    Working light

    14

    Warning light

    15

    Toolboxes and tools

    16

    Anchor bolt

    17

    Transformer

    Optional configuration

    1

    MITSUBISHI/SIEMENS/SYNTEC

    2

    Chain chip conveyor

    3

    BT50 gear headstock

    4

    Spindle center outlet 30bar

    5

    Scraper type oil and water separator

    6

    BT40-40T tool arm ATC

    7

    630×630 Rotary table (0.001° indexing)

    8

    Safety door

    9

    Automatic tool measurement system

    10

    Automatic workpiece measurement system

Factory

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  • Production Proces
  • Office
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About
Jiangsu Chuangjia Machinery Co., LTD.
Jiangsu Chuangjia Machinery Co., Ltd. belongs to Nantong Zhongnan Intelligent Technology Co., Ltd. The group company owns Zhongnan CNC Marine Tool, Xinsheng CNC technology , and other subsidiaries.

Since its establishment in 2000, started with producing surface grinding machines, and gradually developed into high-end CNC machining center and manufacturing with production line of CNC vertical machining center,high precision gantry machining center, horizontal machining center, CNC vertical horizontal milling machines, turning and milling complex center, CNC precision grinding machines, casting product production line and other machine tool products line. As China HMC-630(Inverted T) Horizontal composite machining center Suppliers and HMC-630(Inverted T) Horizontal Machining Center Factory. The group company has a complete production line, has its own professional foundry, sheet metal processing workshop, painting workshop, etc. It is a professional manufacturer with desirable products and strong technical strength in the domestic metal cutting industry chain. The company's products are widely used in sapphire, automobile, new energy, mold manufacturing and other industrial fields.

Jiangsu Chuangjia has a production park covers 100,000 square meters.There are more than 380 employees,30 senior engines, and 20 R&D engineers. The group company has its own technology research and development center - grinding machine Research Institute, and has built the domestic advanced CAD design office,obtained a number of independent invention patents. Production capacity covers the entire production chain of casting manufacturing, machining,painting,assembly,commissioning,inspection,etc.

Our mission: "exquisite technology, adhering to professional". Our service concept is "innovation, creation, integrity, quality". Sincerely look forward to win-win cooperation with you and create a good business together.
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Design and Structure of the HMC-630 (Inverted T) Horizontal Composite Machining Center
The design and structure of the HMC-630 (Inverted T) Horizontal Composite Machining Center are pivotal in its performance, enabling it to excel in precision machining across diverse applications. This advanced machining center, produced by Jiangsu Chuangjia Machinery Co., Ltd., showcases a thoughtful engineering approach that prioritizes stability, accuracy, and ease of use. The most distinguishing feature of the HMC-630 is its inverted T configuration, which provides a robust foundation for the machining process. This design minimizes vibrations and enhances rigidity, critical factors in achieving high precision during machining operations. The inverted T structure allows for optimal weight distribution, reducing the risk of deformation under load. As a result, the HMC-630 maintains its dimensional accuracy even during prolonged machining cycles, making it ideal for industries that demand precision, such as aerospace, automotive, and mold manufacturing.

The machine's base is constructed from high-quality cast iron, known for its excellent damping properties and resistance to thermal expansion. This material selection is crucial, as it ensures that the machining center remains stable under various temperature conditions, reducing the likelihood of dimensional changes that can impact machining accuracy. The base is also designed to accommodate heavy workpieces, further enhancing the machine's versatility. The rigid frame structure of the HMC-630 is engineered to withstand dynamic loads, a critical aspect when performing complex machining tasks. The use of finite element analysis (FEA) during the design process allowed Jiangsu Chuangjia's engineers to optimize the frame's geometry for strength while minimizing unnecessary weight. This results in a machine that not only performs efficiently but also has a longer operational lifespan due to reduced wear and tear.

At the heart of the HMC-630's design are its advanced guideways and motion systems. The machine employs linear guideways that offer superior load-bearing capacity and reduced friction, contributing to smoother motion and increased accuracy. These guideways are manufactured using precision machining techniques, ensuring that they align perfectly with the moving components of the machine. The HMC-630 utilizes a high-performance ball screw system, which is critical for translating rotational motion into linear motion with minimal backlash. This system is designed to deliver precise positioning, essential for intricate machining operations. The ball screws are supported by high-quality bearings, which contribute to their longevity and reliability.

User-friendliness is a vital consideration in the design of the HMC-630. The operator interface is designed to be intuitive and ergonomic, allowing machinists to control the machine efficiently. The centralized control panel features a large display screen that provides real-time data on machining operations, enabling operators to monitor performance and make adjustments as needed. The design incorporates easy access to key components for maintenance and troubleshooting, ensuring that operators can perform routine checks and repairs without excessive downtime. This focus on operator convenience not only enhances productivity but also contributes to a safer working environment.

Another notable aspect of the HMC-630's design is its versatility in tooling and workholding solutions. The machine is equipped with a flexible tool magazine that can accommodate a variety of tool types and sizes, allowing for quick changes during machining processes. This feature is particularly beneficial in job shops and production environments where diverse machining tasks are performed. The HMC-630 also supports various workholding methods, including vises, clamps, and custom fixtures. This adaptability is crucial for achieving optimal workpiece stability during machining, which directly impacts the quality of the finished product. Jiangsu Chuangjia's engineering team works closely with clients to develop customized solutions that meet specific production requirements, further enhancing the machine's functionality.

Thermal stability is essential for precision machining, and the HMC-630 incorporates several features to manage heat generation effectively. The machine is equipped with a sophisticated cooling system that circulates coolant through the spindle and other critical components, ensuring they remain at optimal operating temperatures. This not only prevents thermal expansion but also prolongs the lifespan of the machine components. The design includes insulation measures to minimize heat transfer to sensitive areas of the machine, maintaining accuracy during extended machining sessions. Jiangsu Chuangjia's commitment to thermal management is a testament to its understanding of the challenges faced in high-precision manufacturing environments.