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3-axis CNC machining center NMV series
verticalBBT40cutting

3-axis CNC machining center - NMV series - YCM (Yeong Chin) - vertical / BBT40 / cutting
3-axis CNC machining center - NMV series - YCM (Yeong Chin) - vertical / BBT40 / cutting
3-axis CNC machining center - NMV series - YCM (Yeong Chin) - vertical / BBT40 / cutting - image - 2
3-axis CNC machining center - NMV series - YCM (Yeong Chin) - vertical / BBT40 / cutting - image - 3
3-axis CNC machining center - NMV series - YCM (Yeong Chin) - vertical / BBT40 / cutting - image - 4
3-axis CNC machining center - NMV series - YCM (Yeong Chin) - vertical / BBT40 / cutting - image - 5
3-axis CNC machining center - NMV series - YCM (Yeong Chin) - vertical / BBT40 / cutting - image - 6
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Characteristics

Number of axes
3-axis
Spindle orientation
vertical
Spindle mount
BBT40
Associated functions
cutting
Applications
for heavy-duty machining
Other characteristics
high-speed, high-precision, high-rigidity, direct-drive
X travel

762 mm, 1,020 mm
(30 in, 40.16 in)

Y travel

510 mm, 600 mm
(20.08 in, 23.62 in)

Z travel

560 mm, 600 mm
(22.05 in, 23.62 in)

Rotational speed

8,000 rpm, 10,000 rpm, 12,000 rpm
(50,265 rad.min-1, 62,832 rad.min-1, 75,398 rad.min-1)

Power

18.5 kW
(25.15 hp)

Work feed X-axis

36,000 mm/min
(23.62 in/s)

Work feed Y-axis

36,000 mm/min
(23.62 in/s)

Work feed Z-axis

24,000 mm/min
(15.75 in/s)

Table load capacity

500 kg, 800 kg
(1,102 lb, 1,764 lb)

Tool weight (max)

6 kg
(13.2 lb)

Tool-changing time

1.8 s

Weight

5,100 kg, 6,500 kg
(11,243.58 lb, 14,330.05 lb)

Description

Adopted consistent production process, box guideway type models with high shock absorption and wear resistance, are the best for heavy cutting. Finite Element Method analysis (FEM) is adopted to simulate the structural deformation of the body under various conditions,integrated with YCM hand scrapping skills for box guideways, which ensures the best accuracy and life. No counter weight on Z-axis provides the best dynamic accuracy. YCM In-house IDD Spindle Symmetrical Head Stock design homogeneously absorbs the thermal expansion and avoids thermal deformation. High precision ceramic ball bearing with low centrifugal force, low vibration and low coefficient of thermal expansion. Tool unclamping cushion design extends spindle bearing life by protecting spindle bearing from tool unclamping force.

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.