LP5033

Ultra Performance Bridge Type Vertical Machining Center

Representing AWEA’s “The royal family of bridge machines” of mature manufacturing abilities and advanced technology skills, the SP and LP series bridge type vertical machining centers combine strong spindle power and high rigidity structure along with high quality automation equipments and full product line to provide you with high efficiency, high productivity machining strategies; it can be broadly applied in the automotive, precision mold, aerospace and energy industries., etc.

The LP series can be equipped with an automatic head changer and vertical / horizontal ATC system which turns into a 5-face machining center providing more cutting flexibility to meet your demands of today and tomorrow.

 

Technische Spezifikationen

X-Achsen-Bewegungs 5000 mm
Y-Achsen-Bewegung der 3300 ( Ops 4000 ) mm
Z-Achsen-Bewegungen 760 ( Ops 1000 / 1200 / 1400 ) mm
Tabellengröße 5020x2400 mm
Maximale Last Tabs 18000 Kg
Der Abstand zwischen der Spindel und Tisch 240-1000 ( Ops. 200-1200 / 200-1400 / 200-1600 ) mm
Die Entfernung zwischen den Säulen 3500 mm
Spindeldreh 6.000 (Ops. 8.000 / 10.000 ) rpm
Taper Spindel BT50
Spindelmotor 26/22 Kw
X-Achse schnelle Fortschritte 10.000 mm/min
Y-Achse schnelle Fortschritte 15.000 mm/min
Z-Achsen-rasche Fortschritte 15.000 mm/min
Schnittvorschub 5.000 mm/min
Team Magazinkapazität 32 ( Ops 60 / 90 / 120 ) Adet
Team Maximum Durchmesser / Seite Topf ist leer Ø127 / Ø215 mm
Team Maximale Länge 350 mm
Team Höchstgewicht 20 Kg
Positioniergenauigkeit ± 0.015 / Full Travel JIS B 6338
Maßgenauigkeit ± 0.003 JIS B 6338
CNC-Steuereinheit Fanuc 0-İMD (Ops. Fanuc 31iM, Heidenhein iTNC530 )
Erforderliche Energie 220 ± 10 %
Die erforderliche Luft 5 ~ 8 Kg/cm2
Hydraulikaggregat Tankkapazität (Pumpe) 120 ( 10HP ) liter ( HP )
Lubrication Tankkapazität 6 Lt
Boron Öltank 650 ( 1.5 HP ) liter ( HP )
Maschinengewicht 50,000 Kg

Technische Daten

Three-piece bridge
Base welding structure
Hand scraped contact surfaces
Optimum assembly precision
Structural rigidity and load balancing
Rib reinforced working table
The Finite Element Method ( FEM ) analysis
Precision Feedback System
Axial Torque Clutch
Hi-tech casting restrains vibration while increasing machining stability
Powerful Cutting Capability
Centro-symmetric Main Spindle System
Roller Linear guideways 
Pre-stressed accurate ballscrews
Auto lubrication system
Cycl lamp
CE Regulated machine