Vertical machining center JN-NV900
Short Description:
Output characteristics of spindle motor Machine Outward Size Diagram Sepcification Table Model Unit JN-NV900 Travel X axis mm(inch) 900(35.4) Y axis mm(inch) 500/625(19.7/24.6) Zaxis mm(inch) 500(19.7) Spindlenose to table mm(inch) 150-650(5.9-25.6) Spindle centre to sc^id column surface mm(inch) 517/630(20.4/24.8) Table Working area mm(inch) 1000*500(39.4*19.7) Max.ioading kg 700 T-slots(No.*Width*Pitch) mm(inch) 5*18*125(5*0.8*5.0) Spindle Tool shank - BT4...
Product Detail
Product Configuration
Product Configuration
Product Tags
Output characteristics of spindle motor
Machine Outward Size Diagram
Sepcification Table
Model |
Unit | JN-NV900 | |
Travel |
X axis | mm(inch) | 900(35.4) |
Y axis | mm(inch) | 500/625(19.7/24.6) | |
Zaxis | mm(inch) | 500(19.7) | |
Spindlenose to table | mm(inch) | 150-650(5.9-25.6) | |
Spindle centre to sc^id column surface | mm(inch) | 517/630(20.4/24.8) | |
Table |
Working area | mm(inch) | 1000*500(39.4*19.7) |
Max.ioading | kg | 700 | |
T-slots(No.*Width*Pitch) | mm(inch) | 5*18*125(5*0.8*5.0) | |
Spindle |
Tool shank | - | BT40 |
Speed | rpm | 8000/10000/18000 | |
transmission | - | Belt/ Direct/Sectric | |
Bearing lubrication | - | Grease | |
Cooling system | - | Oil cooled/water cooled | |
Spindle motor max.rating | kw(HP) | 11(15) | |
Axis motor max.rating(MITSUBiSHI) | kw | 1.5/2.2/3.0 | |
Axis motor max.rating(FANUC) | kw | 1.8/1.8/2.5(STD)3.0/3.0/4.0(OPT) | |
Feed rates |
Rapids on X/Y/Z axis | m/min | 36/36/36 |
Max. Cutting feedrate | m/min | 10/10/10 | |
Tool magazine |
Tool storage capacity | pcs | 24/30 |
Type of tool (optional) | type | BT40 | |
Max.tool diameter | mm(inch) | 85(3.3)arm | |
Max.tool weight | kg | 7 | |
Max. Tool length | mm(inch) | 300(11.8)arm | |
Avg.changing Time (ARM) |
Tool to tool | sec. | 2.5 |
Air source required | kg/cm² | 6up | |
Accuracy |
Positioning (VD13341) | mm(inch) | 0.01(0.0004) |
Repeatability (VDI3341) | mm(inch) | 0.005(0.0002) | |
Dimension |
Machine weight(net) | kg | 6000 |
Power source required | kva | 25 | |
Shipping Floor plan(L*W*H) water tank and chip conveyor not included | mm(inch) | 2600*2300*2600 (102.4*90.6*102.4) | |
Floor plan (L*W*H) | mm(inch) | 3468*2282*2618 (136.5*89.8*103.1) |
Configuration List
Standard Accessories |
Fanuc controller |
Spindle speed 8000/10000/12000/20000 rpm(depend on machine model) |
Automatic tool changer |
Full splash guard |
Heat exchanger for lectric cabinet |
Automatic lubricating system |
Spindle air blast system |
Spindle oil cooler |
Spindle air curtain |
Spindle orientation |
Coolant gun and air socket |
LED light |
Rigid tapping |
Coolant system and tank |
Cycle finish indicator and alarm lights |
Note: Due to the continuous research and development of products and continuous technological innovation, the company has the right to change and the right to final interpretation, without prior notice.
JAPAN TECH HIGH-SPEED HEAVY-DUTY MACHINING CENTER
New Structure & New Standard
·Rigidity of machine tools is one of the important factors that determine the accuracy and processing performance of machining centers.
·To shorten the non-processing time, only the main mechanisms such as spindle, transmission group, ATC have high-speed performance, can they reflect the significance.
·To pursue the user-oriented operating environment, after improving the door width and working distance, compared with traditional models, greatly improve the efficiency of operation.
·JN-NV900, as a high-speed and high-precision heavy-duty cutting center, is competent for both high- performance heavy-duty cutting and all-round precision cutting, which also benefits from the design of high dynamic performance structure.
·In order to achieve the above characteristics, all castings are optimized by finite element analysis (FEA). Symmetry, compactness, high rigidity and thermal stability are adopted in the design. The rigidity of the body of the integrated box bed is the basis to ensure that the machine tool does not deform. It can also ensure good shock absorption, high stability and high rigidity when it is processed continuously under heavy load. Reaction in the processing structure is stable milling performance. The constant quality of high precision production process is guaranteed.
·This newly designed and highly efficient vertical machining center opens a new chapter in the field of standard vertical machining centers. It shows unprecedented high performance with its high speed, high precision and heavy cutting, simple operation, modern design, ruggedness, durability and automatic chip removal, and has won a reputation in the market. From low-speed casting processing to high-speed aluminum alloy processing, it meets the extensive needs of various industries led by the automotive industry and shows its existence value.
Fast Forward
·High speed servo motors are used for X, Y and Z axes, and the feeding speed of fast forward and cutting is very fast.
·The stability of heavy-duty ball guide can also be ensured when heavy-duty cutting is used.
Saddle
·JN-NV900 is designed and manufactured by the core technology of all its mechanical structure design.
·All structural parts are optimized by the latest FEA computer-aided simulation analysis and design technology. It is possible to ensure the high stability of machine tools as much as possible.
·The rigidity of the body of the integrated box bed is the basis to ensure that the machine tool does not deform. It can also ensure good shock absorption, high stability and high rigidity when it is processed continuously under heavy load.
Water Tank
Spindle Box and Spindle
Electric Cabinet
Electrical Box