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FT-25 computer numerical control lathe
FT-25 computer numerical control lathe
Product details
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FT-25Computerized Numerical Control Lathe
Standard Appendix
Mechanical Specifications
name
Specifications
unit
name
quantity
unit
spindle
Main spindle nose type
ANSI2-4
Bar feeder interface
1
a
Spindle through-hole diameter
Φ37
mm
Radial tool holder
1
a
Cylindrical clamp
25#
mm
Sectional boring tool holder
2
a
The height from the center of the spindle to the ground
900
mm
Axial double blade seat
1
a
Distance from spindle center to front door
350
mm
Boring tool handle sleeve with diameters of 8, 10, 12, 16, and 20
Each 1
a
control system
Spindle motor power
3.7
kw
ER25 drill shank sleeve
1
set
Spindle base speed
1500
rpm
Cutting blade holder (sectional)
1
a
Maximum spindle speed
6000
rpm
Radial double blade seat (sectional)
1
a
Spindle output torque
17.7
N-m
Halogen work lamp
1
a
X-axis servo motor power
0.85
kw
Knife cushion block
5
a
Z-axis servo motor power
0.85
kw
Work completion indicator light
1
a
Processing range
最大床身旋径
Φ400
mm
foot switch
1
a
Maximum length of processed workpiece
150
mm
toolbox
1
set
Maximum diameter of processed workpiece
Φ25
mm
Operation Manual
1
set
Maximum diameter of through hole in bar material
Φ25
mm
X/Z axis movement
X-axis travel
300
mm
Z-axis travel
150
mm
Special attachments
Fast movement rate of X/Z axis
30
m/min
name
quantity
unit
Machine accuracy
X/Z-axis repeatability accuracy
±0.003
mm
FANUC Oi mate TD
1
group
X/Z-axis positioning accuracy
0.005
mm
High pressure cooling water pump
1
a
Chip removal
Cutting water tank capacity
70
liter
bar feeder
1
group
Cutting water pressure
2.8
bar
chip conveyor
1
Taiwan
Dota
Number of cutting tools (turret)
7
branch
Knife handle specifications
□16
mm
Specification of boring tool holder
Φ25
mm
Overall dimensions
Length × Width × Height
1380×1250×1400
mm
weight
1600
kg
floor area
1.75 (including chip remover)
m²
overall structure
The whole machine castings are made of high-quality Mihanna cast iron and undergo annealing treatment to eliminate stress. The machine tool adopts a 30 ° inclined bed structure, which increases mechanical rigidity and provides excellent stability. The weight and structural thickness of the bed are sufficient to withstand cutting loads. The water flow direction structure of the bed is designed to minimize water leakage and ensure smooth chip removal.
high precisionHigh rigidity spindle
The spindle adopts high-precision NSK P4 grade angular ball bearings, and the optimized span configuration is obtained through engineering calculation and analysis. High tech lubrication technology and high rigidity sleeve structure are used to demonstrate the best stability, ensuring maximum axial rigidity, radial rigidity, and machining accuracy.
High rigidity linear slide rail
The X-axis and Z-axis adopt high rigidity linear sliding rails, and the optimized span between the rails is calculated, with low resistance, high rigidity, and a displacement speed of up to 30 M/min, which increases work efficiency and shortens processing time.
High precision lead screw
The X and Z axes are equipped with high-precision C3 grinding grade ball guide screws, and the fixed ends on both sides are supported by Japanese NSK combined oblique angle ball bearings. The pre tension design of the two axis guide screws ensures the accuracy of the transmission mechanism, and the laser correction of the pitch error of the two axis ball guide screws is used to stabilize the positioning accuracy of the two axes. The two ends of the circular tester are used for circular assistance to accurately control the reverse clearance marks generated by arc cutting and improve the machining accuracy.
FANUCController（optional）
The controller adopts the highly stable Japanese FANUC control system, with higher computing speed and stronger functional package, making the operation more stable.
New generation controller
The controller adopts Taiwan SYNTEC POOTE with high stability and is operated with an 8 "LCD screen.
Iron chip remover（optional）
Combined with the processing material, chain plate type chip removal is optional, which is easy to maintain, efficiently removes iron chips, keeps the machine clean, and increases cleaning convenience.
Spindle chuck
For continuous processing of large quantities of bar materials, combined with spindle clamps and bar material conveyors, automatic and fast positioning is provided to reduce manual material changing time and improve automated production efficiency.
Tool holderstructure
Side by side knife arrangement, can normally arrange 6 knives, and can increase the corresponding number of knives according to the working situation. It is easy to operate, convenient for knife alignment, no need for tool changing time, and high work efficiency.
Laser proofreading
By using high-precision optical laser instruments, pitch compensation is applied to the mechanical lead screw to ensure consistent positioning accuracy at any position, thereby enhancing the stability of the machining accuracy of the workpiece.
high-performancecomputer system
The wiring of the electrical box complies with the safety regulations for electrical appliances. Ensure that the control system operates without external interference.
workpiecestorage box(Special accessories)
The processed workpieces are collected by the feeder and then placed in the storage box for easy retrieval during processing. The storage box needs to be placed on top of the workpiece collector
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