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  • CNC1260 CNC Multi-Axes Wire Bender Machine
    Revolutionary 12 axes spring & wire forming machines that allow spring manufacturers to massively produce a variety of springs with high speed and accuracy!
  • CNC1228 CNC Multi-Axes Spring Former Machine
    Special camless design equipped with SAMCO’s free arm technolgy that enables our series of spring machines to easily produce all kinds of difficult springs that is 30% or more efficient than traditional cam type spring former.
  • CNC1245 CNC Multi-Axes Spring Former Machine
    Special camless design equipped with SAMCO’s free arm technolgy that enables our series of spring machines to easily produce all kinds of difficult springs that is 30% or more efficient than traditional cam type spring former.
  • CNC8660 6-axis compression spring machine
    CNC8660 is 6-axis compression spring machine, this CNC spring machine for making compression spring, oil seal spring ,battery spring, torsion machine, etc
  • CNC8635 6-axis compression spring machine
    CNC8635 is six-axis compression spring machine, this CNC spring machine for making compression spring, oil seal spring ,battery spring, torsion machine, etc
  • CNC8335 coiling spring machine
    SAMCO supply spring forming machine, CNC8335 is a 3 axis CNC spring machine, can make compression spring, tension spring, torsion spring, coiling spring and wire forms and etc
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Characteristics and Selection of CNC Machining Centers

Major characteristics of CNC machining centers: 1) Machining centers are capable of handling a wide variety of part sizes and shapes efficiently, economically, respectively, and with high dimensional accuracy with tolerances in the order of +0.0025mm. 2) These machines are versatile and capable of quick changeover from one type of product to another. 3) The time required for loading and unloading work pieces, changing tools, gauging of the part, and troubleshooting is reduced. Therefore productivity is improved, thus reducing labor requirements (particularly skilled labor) and minimizing production costs. 4) These machines are equipped with tool-condition monitoring devices for the detection of tool breakage and wear as well as probes for tool-wear compensation and for tool positioning. In-process and post-process gauging and inspection of machines work pieces are now features of machining centers. 5) These machines are relatively compact and highly automated and have advanced control systems, so one operator can attend to two or more machining centers at the same time, thus reducing labor costs.