Machine Tools » Machining Centers » Okayama

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Used computing in Okayama, Japan

  • 1988 Hamai Sangyo 2MP-DS-NC

    1988 Hamai Sangyo 2MP-DS-NC

    • Manufacturer: 浜井産業

    FANUC0M Table □630 Load capacity 800kg XYZ:800*400*400 NT50 Spindle 45-1500rpm Cutter diameterφ250

    Okayama, Japan
  • 2003 BBS Kimmei TM345

    2003 BBS Kimmei TM345

    • Manufacturer: BBS金明

    Mitsubishi Control Cutter diameter φ160 Okb-q: B | Inventory location: Kanto Sales Office | Stock location details: -- | Specification document: ---

    Okayama, Japan
  • 2002 Oerlikon C22

    2002 Oerlikon C22

    • Manufacturer: Oerlikon - Leybold

    GE-FANUC160i-M Face milling: Max. outer diameter: 220 mm Max. normal module: 7.5 mm Max. transverse module: 9 mm Tooth tolerance: 6-180 Spiral angle: 0-60 degrees Max. transmission ratio: 10:1 Minimum transmissio...

    Okayama, Japan
  • 1994 Chuo Precision Machinery UCL350HNC

    1994 Chuo Precision Machinery UCL350HNC

    • Manufacturer: 中央精機

    GOT1000 (Mitsubishi) XZ: 530*370 Maximum processing dimensions: 350*400*100 Cutter diameter φ125 Width measuring device

    Okayama, Japan
  • 2004 Kitamura Machinery BRIDGE center-8

    2004 Kitamura Machinery BRIDGE center-8

    • Manufacturer: キタムラ機械
    • Model: Bridgecenter 8

    FANUC-16iMB Table 900x2500mm, Load capacity 6t X/Y/Z: 2032/1085/710mm BT50 ATC30 Spindle Max10000rpm Tsudakoma NC Rotary Table (1 axis added)

    Okayama, Japan
  • 2004 Brother TC-S2B-S

    2004 Brother TC-S2B-S

    • Manufacturer: ブラザー
    • Model: TC-S2B

    CNC-A00 T:600*300 S:300*360*270 BT30 ATC14 spindle speed 10000rpm With center through

    Okayama, Japan
  • 2002 Okuma MD-55VA

    2002 Okuma MD-55VA

    • Manufacturer: Okuma

    OSP-E100M, table 1300*560, load capacity 700kg, XYZ:1050*560*450, HSK-A63 ATC32, 25,000rpm spindle, Super Hi-NC, NURBS command, spindle-through coolant (1.5MPa) and air, spindle oil mist system High-pressure oil ...

    Okayama, Japan

Overview

Machining centers are advanced machine tools designed for high-precision manufacturing and complex machining tasks. They typically offer multiple functions like milling, drilling, and tapping, all in a single setup, which increases efficiency and reduces the need for multiple machines. These centers are often CNC-operated, making them ideal for producing intricate parts with tight tolerances in industries such as aerospace, automotive, and electronics.

FAQ

What should I consider when buying a used machining center?

Consider the machine's age, overall condition, spindle hours, and control system. Check for maintenance records and any signs of wear or damage.

How do I ensure the machining center is shipped safely to my location?

Use a reputable transport service specializing in heavy machinery. Ensure the machine is properly secured and protected during transit.

What is the maintenance schedule for a machining center?

Regular maintenance includes checking lubrication levels, inspecting and replacing filters, and calibrating the machine. Consult the manufacturer’s manual for detailed maintenance intervals.