When considering the purchase of a horizontal machining center, several key factors should be evaluated. It's essential to assess the spindle power, workpiece capacity, tool magazine capacity, control system, and overall condition of the machine. Thoroughly reviewing these aspects will enable you to make a well-informed decision, enhancing your business's efficiency and productivity.
At Kitmondo, we provide an extensive range of used horizontal machining centers sourced from reliable sellers worldwide. Our marketplace allows you to compare prices and specifications from various sellers, ensuring you find the perfect machine that meets your requirements and budget. Additionally, our team of experts is on hand to offer support and guidance throughout the purchasing process.
Beyond our vast selection of machines, Kitmondo offers numerous advantages to buyers. Our secure platform guarantees safe and reliable transactions, while our flexible payment options let you choose the most convenient payment method. We also provide shipping and logistics services, ensuring your machine reaches your location swiftly and hassle-free.
For those in the market for a used horizontal machining center, Kitmondo stands out as the ideal choice. With our broad inventory, expert support, and secure purchasing platform, we simplify the process of finding and acquiring the equipment you need to elevate your business operations.
Refer to the information at the bottom of the page for additional insights on what to consider when buying a horizontal machining center.
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Year: 1989
Axis X | 1800 mm |
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Axis Z | 1200 mm |
CNC | FANUC 11MF |
Axis Y | 1500 mm |
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Rotary table (4th axis) | yes |
Table length | 1300 mm |
Year: 2001
Axis X | 600 mm |
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Axis Z | 560 mm |
CNC |
Axis Y | 560 mm |
---|---|
Rotary table (4th axis) | yes |
Table length | 400 mm |
Year: 2000
Axis X | 560 mm |
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Axis Z | 560 mm |
CNC | Fanuc |
Axis Y | 560 mm |
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Rotary table (4th axis) | yes |
Table length | 400 mm |
Year: 2011
Axis X | 500 mm |
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Axis Z | 500 mm |
CNC | Matsuura G-Tech 18i |
Axis Y | 560 mm |
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Rotary table (4th axis) | yes |
Table length | 300 mm |
Year: 1995
Axis X | 4000 mm |
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Axis Z | 450 mm |
CNC | FANUC GE Serie 0-MS/N: 208/95 |
Axis Y | 600 mm |
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Rotary table (4th axis) | yes |
Table length | 4000 mm |
Year: 2000
Axis X | 630 mm |
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Axis Z | 650 mm |
CNC | MSC-501 |
Axis Y | 600 mm |
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Rotary table (4th axis) | yes |
Table length | 500 mm |
Year: 2008
Axis X | 1050 mm |
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Axis Z | 980 mm |
CNC | MAZATROL MATRIX NEXUS |
Axis Y | 900 mm |
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Rotary table (4th axis) | yes |
Table length | 630 mm |
Year: 2008
Axis X | 710 mm |
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Axis Z | 610 mm |
CNC |
Axis Y | 710 mm |
---|---|
Rotary table (4th axis) | yes |
Table length | 500 mm |
Year: 1999
Axis X | 1000 mm |
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Axis Z | 800 mm |
CNC | Fanuc 16-M |
Axis Y | 880 mm |
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Rotary table (4th axis) | yes |
Table length | 630 mm |
Year: 2004
Axis X | 560 mm |
---|---|
Axis Z | 500 mm |
CNC |
Axis Y | 560 mm |
---|---|
Rotary table (4th axis) | no |
Spindle taper | HSK63A |
Year: 2006
Axis X | 800 mm |
---|---|
Axis Z | 800 mm |
CNC | MAZATROL FUSION |
Axis Y | 800 mm |
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Rotary table (4th axis) | yes |
Table length | 500 mm |
Year: 2001
Axis X | 700 mm |
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Axis Z | 700 mm |
CNC | fanuc 16im |
Axis Y | 650 mm |
---|---|
Rotary table (4th axis) | no |
Table length | 500 mm |
Year: 2010
Axis X | 710 mm |
---|---|
Axis Z | 600 mm |
CNC | HURCO UltiMax4 |
Axis Y | 600 mm |
---|---|
Rotary table (4th axis) | yes |
Table length | 500 mm |
Year: 2008
Axis X | 558.8 mm |
---|---|
Axis Z | 640 mm |
CNC | Mazatrol MATRIX |
Axis Y | 630 mm |
---|---|
Rotary table (4th axis) | yes |
Table length | 400 mm |
Year: 2018
Axis X | 560 mm |
---|---|
Axis Z | 625 mm |
CNC |
Axis Y | 560 mm |
---|---|
Rotary table (4th axis) | no |
Table length | 400 mm |
Year: 1998
Axis X | 560 mm |
---|---|
Axis Z | 580 mm |
CNC | Mitsubishi M70 |
Axis Y | 350 mm |
---|---|
Rotary table (4th axis) | no |
Table length | 450 mm |
Year: 2005
Axis X | 1000 mm |
---|---|
Axis Z | 1000 mm |
CNC |
Axis Y | 900 mm |
---|---|
Rotary table (4th axis) | yes |
Spindle taper | BT 50 |
Year: 2000
Axis X | 1000 mm |
---|---|
Axis Z | 950 mm |
CNC | Fanuc 16 im pro |
Axis Y | 1000 mm |
---|---|
Rotary table (4th axis) | yes |
Table length | 800 mm |
Year: 1999
Axis X | 630 mm |
---|---|
Axis Z | 650 mm |
CNC | MORI SEIKI MSC-502 |
Axis Y | 600 mm |
---|---|
Rotary table (4th axis) | no |
Table length | 500 mm |
Year: 1997
Axis X | 750 mm |
---|---|
Axis Z | 625 mm |
CNC | Yasnac J300M |
Axis Y | 600 mm |
---|---|
Rotary table (4th axis) | no |
Table length | 500 mm |
Horizontal machining centers (HMCs) play a crucial role in boosting the productivity and efficiency of metalworking manufacturers. When deciding to acquire one, it is important to evaluate several key factors to ensure that the chosen machine meets your business needs.
Workpiece Capacity: Assessing the size and weight of the workpieces that the HMC can handle is crucial. Ensure the machine can accommodate the dimensions and weight of the parts you plan to machine.
Control System: The control system is the heart of the HMC, providing the interface for operation and programming. Opt for a machine with a user-friendly control system that includes features such as intuitive interfaces, clear displays, and the ability to store multiple part programs.
Spindle Power: The spindle's power dictates how quickly and efficiently material can be removed from a workpiece. Higher spindle power allows for faster cutting speeds and greater precision. Choose an HMC with spindle power that matches the materials and precision levels you require.
Tool Magazine Capacity: The capacity of the tool magazine directly impacts productivity. A larger tool magazine reduces the frequency of tool changes, thereby increasing efficiency and minimizing downtime. Select a machine with a tool magazine that meets your specific tooling needs.
Pallet Changers: Automating the loading and unloading of workpieces, pallet changers significantly enhance efficiency and reduce downtime.
Tool Changers: Automatic tool changers streamline the setup process, increasing productivity by reducing the time spent switching tools.
Rotary Tables: For multi-sided machining, rotary tables add versatility to the HMC, allowing complex parts to be machined more easily.
Coolant Systems: High-pressure coolant systems improve chip evacuation and extend tool life, ensuring smoother operations.
Probing Systems: These systems enhance accuracy and reduce setup time by automatically measuring workpiece dimensions and tool offsets.
Automation: In high-volume production environments, automated loading and unloading systems can further boost efficiency.
High-Speed Spindles: These spindles reduce cycle times and improve machining speeds, enhancing overall productivity.
Advanced Control Systems: Real-time monitoring and adjustment of machining parameters increase accuracy and minimize downtime.
When choosing an HMC, it's essential to consider manufacturers known for their reliability, precision, and technological advancements:
Mazak: Renowned for their advanced, high-speed, and high-precision HMCs.
Haas: Offers affordable and reliable machines suited for various industries.
DMG Mori: Known for their precision, speed, and durability, producing a wide range of HMCs.
Makino: Specializes in high-performance HMCs for industries like aerospace, automotive, and medical.
Okuma: Produces versatile and high-speed HMCs ideal for high-volume production.
Leadwell: Provides precision, reliability, and affordability with their range of HMCs.
Doosan: Known for high-speed machining capabilities, accuracy, and versatility.
Kitamura: Offers high-performance HMCs with advanced control systems, known for accuracy and reliability.
The primary difference between a horizontal machining center (HMC) and a vertical machining center (VMC) lies in the spindle orientation. HMCs have horizontally oriented spindles and workpieces are placed on rotating tables, allowing multi-sided machining and better handling of large, heavy parts. VMCs, with vertically oriented spindles, are ideal for single-surface machining, commonly used in the aerospace and automotive industries. HMCs manage larger chip volumes more efficiently, while VMCs often require more frequent cleaning due to smaller chip accumulation.
A horizontal machining center operates by mounting the workpiece on a rotary table that moves along the X-Y-Z axis while the cutting tool remains stationary. The spindle holds the cutting tool, which rotates at high speeds to machine the workpiece as it moves along the table. HMCs are controlled by computer numerical control (CNC) systems, allowing precise control over movements and cutting speeds, resulting in highly accurate parts with tight tolerances.
The price of an HMC can vary widely based on size, capabilities, age, and condition. New machines can range from $50,000 to over $500,000, while used machines are generally more affordable, ranging from €28,000 to €97,000. It's crucial to consider not only the price but also the machine's capabilities, reliability, and suitability for your specific needs.
Moving industrial machinery involves careful planning and execution. Evaluate the size, weight, and special handling requirements of the machine. Create a detailed plan that includes necessary equipment, tools, personnel, and a timeline. Consider transportation options and obtain any required permits or certifications. Carefully plan the installation process, taking into account power requirements, anchoring, and alignment. This ensures the safe and efficient relocation of machinery, minimizing downtime and ensuring a smooth transition.
For more detailed advice and support during the purchasing process, Kitmondo’s team of experts is available to assist you in finding the right HMC for your needs.