NCT NGP-2650 PLC Cylindrical Grinding Machine
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- PLC-controlled cylindrical grinding machine
- Automatic grinding cycles for improved productivity
- Touchscreen operator interface for simplified operation
- Stable and repeatable industrial grinding process
- Designed for industrial manufacturing environments
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Precision Cylindrical Grinding for Industrial Manufacturing
PLC-Controlled Cylindrical Grinding Machine
The NCT NGP-2650 PLC is a cylindrical grinding machine designed for precision industrial grinding applications. Its PLC-controlled system supports stable machining performance and reliable industrial production workflows.
Automatic Grinding Cycles for Efficient Production
The machine integrates automatic grinding cycle capability designed to improve machining consistency, simplify operation, and support efficient industrial grinding processes.
Precision Cylindrical Grinding Capability
Engineered for accurate cylindrical grinding operations, the NGP-2650 PLC delivers reliable surface finishing quality and stable machining precision for industrial components and tooling applications.
Touchscreen PLC Control System
The integrated PLC control system with touchscreen interface provides simplified machine operation, improved process control, and optimized grinding workflow management for industrial manufacturing environments.
Stable Machine Construction for Reliable Operation
Built with a rigid machine structure and durable industrial components, the machine ensures stable grinding conditions, reduced vibration, and reliable long-term industrial performance.
Optimized for Continuous Industrial Grinding
Designed for modern manufacturing environments, the NGP-2650 PLC supports continuous industrial grinding operations with stable machining capability and efficient production performance.
Reliable Grinding Performance for Industrial Applications
The NCT NGP-2650 PLC combines precision grinding technology, automated operation capability, and stable machine construction to support accurate and repeatable industrial grinding workflows.
Technical Specifications
Working Area |
|
|---|---|
Distance between centers |
500 mm |
Swing diameter over table |
260 mm |
Max. grinding diameter |
250 mm |
Max. workpiece weight |
80 kg |
Grinding head swivel angle |
+/- 30 ° |
Axes |
|
Handwheel |
|
Cross travel |
180 mm |
Minimum adjustment |
0.001 mm |
Travel per one revolution |
0.01 / 0.1 / 1 mm |
Grinding Wheel |
|
Size |
405 × 50 × 127 mm |
Speed |
1800 rpm |
Spindle |
|
Swivel angle range |
±45° |
Internal taper |
MT3 |
Speed range |
150/264/356/480 rpm |
Tailstock |
|
Internal taper |
MT3 |
Stroke |
25 mm |
Table |
|
Swivel angle range |
±8° |
Rapid traverse speed |
30-7000 rpm |
Motor |
|
Grinding motor power |
3.7 kW |
Main spindle motor power |
0.37 kW |
Internal grinding unit power |
1.49 kW |
Hydraulic motor power |
1.49 kW |
Installation |
|
Required floor space x height |
2280×2280×1940 mm |
Net weight |
2800 kg |
Gross weight |
3200 kg |
Structure |
PLC type |
Next-generation NCT CNC controllers
Next-generation NCT CNC controllers deliver precise and efficient control for CNC machining applications. Designed for flexibility, NCT controllers support conversational programming, CAM software integration, and traditional G-code programming. Advanced features also help monitor machine performance and optimize operation, ensuring consistently high precision, reliability, and productivity.
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myNCT – Conversational programming for CNC machines
myNCT is a user-friendly conversational CNC programming software designed to simplify and speed up machining workflows. Its intuitive interface makes programming accessible for both beginners and experienced operators, allowing users to achieve professional results with minimal training.
Key features of myNCT CNC programming software:
-3+2-axis milling for fast and precise machining of complex geometries
-Free-form contour pocket machining with high flexibility for intricate shapes
-Simple milling cycles for quick programming of common machining operations
-Thread milling for accurate thread production across various materials
-Automated drilling cycles to improve efficiency and productivity
-Driven-tool milling capabilities for combined milling and turning operations
-Turning cycles for precise grooving, threading, and turning applications
3D Solid Model Graphics – Accuracy and efficiency in CNC controllers
3D solid model graphics in CNC controllers provide an advanced solution for real-time visualization and verification of machining processes. This technology helps operators:
-Detect CNC programming errors before machining
-Prevent potential collisions and machine damage
-Monitor the workpiece and machining progress with high accuracy
-Improve productivity, reduce material waste, and maintain consistently high manufacturing quality
Machine Construction and Key Features
-Rigid cast iron bed, column, and slides for maximum stability
-Semi or fully enclosed splash guard for improved operator safety
-Precision linear guideways with ball or roller type bearings on all axes
-Central oil-lubricated slide system with telescopic metal guideway covers
-Belt-driven spindle designed for reliable high-speed machining
-40 spindle taper compatible with DIN or BT tooling systems
-Digital oil cooler for headstock thermal stabilization
-Compressed air spindle protection and automatic taper cleaning
-High-precision ground double nut ball screws
-Pretensioned ball screws supported on both ends for rigidity
- Three colour status lamp
-Drum type tool magazine with arm type ATC system
-Fast and reliable automatic tool changing process
-Designed for efficient production workflows
-Stable tool handling during high-speed machining operations
-NCT 304 Smart Touch CNC with intuitive touchscreen interface
-EnDat 2.2 absolute measuring system for precise positioning
-0.00005 mm positioning resolution with nano interpolation
-Advanced CNC control optimized for industrial machining applications
-Smooth and accurate axis movement under demanding workloads
-Optimized mechanical structure for long-term positioning accuracy
-Spindle bearing protection by compressed air
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