5 axis cnc machining center

Pinnacle BX300A

Used vertical 5 axis (4+1) Pinnacle BX300 machining center with tilt head year of construction October 2012 , First installation January 2013 . Low number of working hours . Very good condition. Body made of high quality Meehanite cast iron , hardened to reduce stress to a hardness above HB190 to ensure deformation-free performance for many years....
- ISO40 spindle taper
- Electro-spindle 15000rpm
- Table size (mm) 1300 x 610
- Travel ranges (X mm) 1140
- Travel ranges (Y mm) 610
- Travel ranges (Z mm) 810
- Max. Table load (kg) 850
- Distance from spindle to table surface (vertical) (mm) 100 ~ 910
- Distance from spindle center to table surface (horizontal) (mm) 355 ~ 1165
- Control MITSUBISHI M720VS
- Head tilt - B axis in the range of -120° to +120°
- C-axis working in the range of full 360°
( optionally, the possibility of converting the rotary table as A-axis with counter tray with hydraulic lock for blade milling )
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Accessories for Pinnacle BX300 Vertical Machining Center

• Air blast through spindle
• Rotary table as A axis table with the possibility of cooperation with counter disc with hydraulic lock • working in full 360°
• Heidenhain measuring scales in X, Y, Z axes and rotary encoders of A and C axes
• Spindle cooling 20 bar + low pressure cooling system
• RENISHAW OMP60 workpiece touch probe + receiver
• RENISHAW TS27R tool measurement touch probe
• Chip flushing system
• Chain chip conveyor
• Telescopic guards for X, Y, Z axes
• Full workspace guard with door safety lock
• Central lubrication system with oil cooler
• Workspace lighting
• Signal mast
• Flush and blow gun
• MPG handwheel
• Cooling of the electrical cabinet • air•conditioning unit
• 24•position drum tool magazine
• Temperature maintenance system for spindle and ball screws (Hollow ball screws with cooling system)
• Coolant oil separator
• Set of operating tools
• Operating instructions in Polish and English and CE declaration of conformity

The Mirsubishi M720 SSS control function allows you to optimize the shape that is estimated from command paths to achieve smooth and even machining surfaces, even for heavily stepped surfaces.