CAMPRO CPV-1400B Box Way Verticals

Phone: (780) 465-3667
Email: sales@stancanada.com

Phone: (780) 465-3667
Email: sales@stancanada.com

Contact Us

**CAMPRO machine prices are subject to change due to currency exchange rates**

Prices displayed are for reference only.
Please contact us for more accurate pricing and deals.

FEATURES

  • Constructed with high-quality meehanite cast iron and heat-treated to relieve stress thereby assuring 
  maximum rigidity and accuracy.
  • Box ways on all 3 axes greatly upgrade stability and dampening capability.
  • The automatic lubrication unit with intelligent pressure failure detection function provides a reliable supply for saving cost and for environmental protection.
  • Oil-coolant separation design which meets the environmental protection requirements allows centralized collection for all way oil.
Specifications CPV-1400B
Capacity
X axis travel 62.9"
Y axis travel 32.6"
Z axis travel 27.5"
Table Loading Area 70.8" X 31.4"
Allowable Table Load 4,409 lbs
Table T Slots - width x slot spacing .866” x 4.921” x 5
Spindle
Spindle nose to table top 5.9" – 33.5"
Spindle nose diameter 33.4"
Column to spindle center 33.4"
Spindle taper CAT 50 Big Plus
Spindle speed 6,000 RPM
A.C. spindle motor (30 min.) 25 HP
Spindle torque (30 min) 384 ft-lbs
Spindle Driving Method ZF Gearbox
Automatic Tool Changer
ATC type Twin Arm Type
Number of tools 24
Tool Shank CAT 50
Max tool dia. 4.3”
Max tool diameter (No Adjacent Tool) 7.8”
Max tool length 11.8”
Max tool weight 33 lbs.
Tool Selection Random Bi-Directional
Motion
X and Y axis rapid traverse rate 590 IPM
Z axis rapid traverse rate 472 IPM
Cutting feed rate 393 IPM
Slide Type Box Ways
Least command increment .001mm,
Positioning accuracy +/- .00020" (full stroke)
Repeatability +/- .00008"
General
Floor space required (W x D X H) 189" X 127.8" X 126"
Machine weight 33,069 lbs.
Standard Power Source Requirement - Fanuc 205-235 Volts / 3 Phase/60HZ
Power capacity 83 AMPS
Air Source Requirement 85 – 115 PSI (3/8 ID Supply Hose)

CONSTRUCTION

  • Balanced 6,000 RPM Spindle with spindle oil cooler 6000 BTU for High-Speed Machining.
  • Hardened and Ground class C3 precision double-nut ball screws (Ø40 mm) are pre-tensioned to minimize backlash, provide high precision movement, and reduce heat deformation on all axes.
  • Precision scraping on both bonded Turcite-B and cast iron surfaces helps to reduce wearing out,
    maintaining operation accuracy. Hardened and ground slideways give an extra 40% wear resistance.

BED, COLUMN, AND SADDLE:

The bed is a rigid one-piece casting with heavy ribbing to prevent deformation during heavy cutting. Fine-grain Meehanite cast iron is used for its excellent dampening characteristics. Four Y-Axis box ways with extra-wide outer box ways provide excellent support for the saddle, regardless of the load distribution on the table. The table is fully supported by the saddle in all positions. There is no table overhang. The rigid box type column casting is heavily ribbed to prevent twisting or distortion.

SPINDLE, HEADSTOCK, AND COLUMN

The high speed, 6,000 RPM, 50 taper spindle is a true cartridge type unit supported by precision class bearings that are permanently grease lubricated. The spindle is driven by a high torque 25 HP (30 min.) A.C. motor delivering an impressive 384 ft/lbs. (521 nm). Power is transferred through a heavy-duty two-speed planetary gear driven ZF gearbox, delivering outstanding heavy cutting performance. Promotes thermal stability and eliminates vibration. An encoder is attached to the spindle to allow rigid tapping.

GUIDEWAYS

Wide Box ways are used for unsurpassed long-term rigidity and accuracy. Each guideway is induction hardened and precision ground. Turcite is bonded to the mating way surfaces and then hand scraped to ensure perfect fit and tolerances. The Turcite resin with forced way lubrication provides a low friction surface and virtually eliminates guideway wear. All guideways are fully protected from chips and damage.

OIL JACKET SPINDLE CHILLER (STANDARD)

Machine accuracy is maintained by using a refrigeration system that circulates cooled oil around the spindle reducing the thermal effects of any heat generated.