Shop

SF series, the most popular bridge type CNC milling machining center of Vision Wide, is 3-axis linear way design with rapid traverse reaching 24 m / min and cutting feed rate reaching 10 m/ min. Suitable for fine components machining and mold cutting.

Its full casting structure provides long term accuracy stability, and ultra-wide column structure with big dimension surface provides the best rigid support of spindle and YZ axis.

Worth value, excellent manufacturing quality, and complete range of specification.

• Ultra-wide base of X axis with thick high rigidity table enhances table load capacity and ensures the best dynamic level accuracy.
• Large stepped design of Y axis makes guide ways close to beam and spindle which effectively increases rigidity of cutting load.
• Z axis 15m rapid traverse, high acceleration/deceleration performance to achieve contour accuracy of high speed mold machining.
• Spindle and thermal compensation function for environmental temperature change can be chosen to ensure the accuracy change within 0.02mm which influenced by environmental temperature change.

NF series, 3-axis bridge-type CNC milling machining center, is one of the most attractive products of Vision Wide, for its linear guideways and Z axis box way, wide-ranging Y travel from 2,300 mm to 3,900 mm, and much wider choices of X travel from 2,200 mm to 10,200 mm.

Positioning accuracy could reach ±0.005/300 mm (JIS B6333).

NF satisfies various demands in mold surface cutting, angles cutting, 3D mold cutting and precise contour finishing, and it also completes automatic 5-face machining with special designed accessories such as tool center point compensation, auto multi-angle head attachments and auto tool change system.

• High rigidity box base, best span work table guideways, and wider load dimension ensured best level dynamic accuracy.
• Cross-section square beam enabled the centroid of the head close to the beam center to ensure heavy cutting ability.
• Fully auto 5-face machining capacity
  • Auto head change: 90º head / extension head / universal head
  • AVertical and horizontal auto tool change for 90º head.
  • A3-axis mechanical coordinates system

HFM series is Vision Wide designed for ultra large workpieces machining, which fulfills automatic 5-face machining with super rigidity structure and high positioning accuracy, satisfies demands in heavy cutting ability, angles cutting , 3D mold cutting, and precise contour finishing.

We developed tool center point compensation, auto multi-angle head attachment, and auto tool change system to complete auto 5-face machining.

• Cross beam design with box-in-box structure can reduce deformation caused by Z-axis loaded on unilateral cross beam.
• The gravity center of head is located on the centerline of symmetric structure , the design can reduce the influence from ambient temperature.
• Head adopts hydrostatic transmission design which provides better rigidity, low friction and stability for large Z-axis travel machine.
• 1,500~2,000Nm Spindle Torque output.

VB series, a CNC milling double column/ bridge machining center, applied box guide ways to display Vision Wide’s delicate scrapping and traditional machinery techniques. VB equipped extraordinary heavy duty cutting ability that met cutting requirements for mold base and components. Meanwhile, there were auto heads attachments for mold surface machining.

• Three axes movement is fully supported by Harden box way with low friction.
• Box ways was heat treated to HRC 50 hardness, and was precisely hand scrapping, then assemble and tune to best accuracy to ensure smooth and precise feeding performance.
• Box-shape with ribs design , main casting structure parts are made of Meehanite grade casting iron with stress- relief heat treatment provide durable, rigid support of the machine.
• Large size Guide ways are designed with optimal span to carry the table, box-shape bed with strong V-shape enforced ribs allows heavy work piece load.
• The best center-line layout of spindle system, spindle is close to the Y box way reduce the unbalanced cutting moment and offset of thermal expansion to minimum.