Single-sided CNC boring lathe
Single-sided CNC boring and lathes are divided into YCIC300HT,
YCIC400HT, YCIC600HT and YCIC800HT, which can realize automation,
appropriate precision, multi-variety and large-scale production.
Main features
The machine tool is controlled by a CNC system, which is easy to
operate, improves processing efficiency, saves labor and reduces
costs.
1. The machine tool is suitable for various valve bodies: The
machine tool is suitable for the processing of key end faces, outer
circles, plane diameters and inner holes of various valve bodies.
It has high processing efficiency, reduces labor, has high
uniformity of processing dimensions, and is easy to operate. The
machine tool can process any valve body with three flange faces at
an angle of 90 degrees, valve bodies with two flange faces on the
same line, and valve bodies with one flange face processed
separately.
2. High processing efficiency: During the processing, the CNC
machine tool adopts the method of working simultaneously with the
power head to complete the processing of flange faces, end faces
and waterlines at the same time, and the time required is 1-3
minutes.
3. Reduce labor: One person can operate two lathes at the same time
or one lathe and one drilling machine at the same time.
4. Easy to operate: The machine tool is controlled by a CNC system,
and those with CNC operation experience can learn it at once.
Main components
The single-sided CNC boring lathe is mainly composed of a bed, a
power head, a CNC feed slide, a CNC cross-feed cutter disc, a
hydraulic tooling, and is equipped with an independent power
distribution cabinet, a hydraulic station, a centralized
lubrication device, a cooling automatic chip removal device, a
multi-functional CNC system, a motor, and a machine tool protection
system.
Application
Single-sided CNC boring and lathes are mainly used for the
processing of valves, pump bodies, pipe fittings, and fire
hydrants. They can process the end face, outer circle, waterline,
inner hole, chamfering and other processes on the workpiece.
Specifitions
| Project | Machine tool specifications | YCIC300HT | YCIC300HT-GLQ | YCIC600HT |
| Technical specifications | Block type(mm) | φ460 | φ460 | φ840 |
| X-axis travel (mm) | 170 | 170 | 270 |
| Z-axis travel (mm) | 395 | 515 | 520 |
| Processing accuracy | Coaxiality (mm) | ≤0.1 | ≤0.1 | ≤0.15 |
| Parallelism(mm) | ≤0.1 | ≤0.1 | ≤0.15 |
| Surface roughness | 6.3 | 6.3 | 6.3 |
| Main shaft drive | Transmission mode (gear shifting) | 4-speed transmission | 4-speed transmission | 2-speed transmission |
| Spindle speed range (r/min) | 72-256 | 72-256 | 32-47 |
| Spindle motor model | YE2-132M-6-5.5KW | YE2-132M-6-5.5KW | YE2-160L-8-7.5KW |
| CNC control system (optional) | Nanjing Huaxing - Servo System Guangzhou CNC - Servo System Nanjing Huaxing - Stepper System Guangzhou CNC - Stepper System |
| Feed form (optional) | Stepper motor | 24N.m | 24N.m | 35N.m |
| Servo motor | 7.7N.m | 7.7N.m | 10N.m |
| Machine tool appearance | Full protection | Machine tool dimensions (length X width X height mm) | 2300X1900X1700 | 2500X1900X1700 | 3000X2300X2500 |
| Simple protection | Machine tool dimensions (length X width X height mm) | 2100X1900X1700 | 2300X1900X1700 | 2700X1800X2300 |
| Machine weight(kg) | 1800 | 2000 | 4500 |
Processed products
