YCM CNC Vertical Machining Center NSV106AM
NSV106AM
YCM CNC Vertical Machining Center NSV106AM
S&T Engineers is the Authorised distributors of YCM VMC Machines in India. YCM High precision and reliable NSV Series performance VMC machines well suited for best surface finish applications. Advanced Taiwanese CNC Machining Technology in India at best price
Spindle
Spindle Speed (Opt.)(rpm) - 12,000 (15,000)Spindle Taper (Opt.) - BBT40
Travel
Travel(mm)(X-Y-Z) - 1020-600-600
ATC
Tool Magazine Capacity (Opt.)(T) - 24 (30/48)
Specification
NSV106AM
Unit
Values
| Spindle Speed (Opt.) | rpm | 12,000 (15,000) |
| Spindle Power (Opt.) | kW | 18.5 |
| Spindle Taper (Opt.) | BBT40 |
Features
High Rigidity Structural Design
One-piece motor housing- Large delta machine column and base ensure the highest stability during high speed movement.
- Advanced FEM analysis strengthens the structure while reduces the weight to provide the best cutting rigidity.
- 3 axes equipped with 45 mm guideways, which has a super load capacity of up to 700 kg.
- X-axis equipped with 6 slide blocks increases rigidity by 50%, compared to previous model.
- Y-axis guideway span with optimal ratio
IDD PLUS Spindle Design: HIGH PRECISION HIGH SPEED
- The unique IDD spindle design offers smooth reliability at high speed.
- Ceramic bearings not just boost the spindle speed, but also achieve high axial and radial rigidity, which fulfill strict machining requirements on heavy cutting, drilling and tapping.
- Spindle cooling unit decrease thermal deformation on spindle headstock.
- Micro oil-air lubrication system minimizes thermal deformation and prolongs spindle life that are well-suited for die & mold industry.
Reliable Automatic Tool Change
- Auto tool change(T-T): 1.8 sec.
- 24T Disk type as a standard
- 30T Disk type / 48T Chain type (opt.)
Efficient Chip Removal System
- Equipped with triple-chip augers as a standard.
- Dual-chip augers as an option.
High Performance Applications
- Perfect for die & mold, aerospace and automotive applications.
- Ultra-high controllability and stability.