CNC9620 CNC Lathe System
- Product Description
- Specification Parameters
- Download Materials
-
- Commodity name: CNC9620 CNC Lathe System
A cost-effective CNC system independently developed specifically for small and medium-sized machine tool manufacturers both domestically and internationally. It employs a high-performance ARM9 CPU and an ultra-large-scale programmable FPGA, along with real-time multitasking control and hardware-based interpolation technology, ensuring high efficiency even when machining at micrometer-level precision.
Product Introduction
Model: CNC9620
A cost-effective CNC system independently developed specifically for small and medium-sized machine tool manufacturers both domestically and internationally.Employing a high-performance ARM9 CPU and an ultra-large-scale programmable FPGA, along with real-time multitask control and hardware interpolation techniques, the system ensures high efficiency while achieving μm‑level machining accuracy.
Features and Advantages
Step and servo drives can be configured to meet diverse user requirements, delivering excellent cost performance.
It supports multiple communication interfaces, including USB, USB flash drives, and RS‑232 COM, effortlessly enabling users to meet diverse data‑transfer requirements and perform software upgrades. It also features a network interface for remote monitoring.
An open-platform solution that enables custom-designed, dedicated machine systems tailored to customer requirements.
Comprehensive self-diagnostic capabilities, with real-time display of internal and external status, and immediate alarm activation upon detection of any abnormalities;
Supports external add-on panels and handheld box operation, facilitating tool setting for customers.
Macro variables and macro definitions enable the implementation of various logical relationships. Support for parameterized macro program calls makes user programming more convenient.
DXF+G-code template functionality, automatically converting DXF files into G-code for machining;
Teaching Function: Teach‑in plus streamlined instruction programming, employing a tabular teaching approach that is simple and intuitive.
Reliable structure, easy installation: all interfaces use standard DB connectors.
Graphical simulation function: Displays the machining program in graphical form and the tool’s actual motion trajectory during execution. It performs simulated toolpath machining without controlling the machine tool, allowing verification of the correctness of the programmed machining sequence.
Multi‑interface selection: Supports multiple language interfaces and provides automatic fault alarms. Offers comprehensive machining information, including processing time and part count.
Parameter tableization: Input and output address numbers can be set arbitrarily; simply enter the corresponding values in the configuration table’s address field.
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File size: 3.5MB
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File size: 1.9MB
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File size: 10.0MB
CNC9620 CNC Lathe System
Product Category
CNC9620 CNC Lathe System
Product Category
- Product Description
- Specification Parameters
- Download Materials
-
- Commodity name: CNC9620 CNC Lathe System
A cost-effective CNC system independently developed specifically for small and medium-sized machine tool manufacturers both domestically and internationally. It employs a high-performance ARM9 CPU and an ultra-large-scale programmable FPGA, along with real-time multitasking control and hardware-based interpolation technology, ensuring high efficiency even when machining at micrometer-level precision.
Product Introduction
Model: CNC9620
A cost-effective CNC system independently developed specifically for small and medium-sized machine tool manufacturers both domestically and internationally.Employing a high-performance ARM9 CPU and an ultra-large-scale programmable FPGA, along with real-time multitask control and hardware interpolation techniques, the system ensures high efficiency while achieving μm‑level machining accuracy.
Features and Advantages
Step and servo drives can be configured to meet diverse user requirements, delivering excellent cost performance.
It supports multiple communication interfaces, including USB, USB flash drives, and RS‑232 COM, effortlessly enabling users to meet diverse data‑transfer requirements and perform software upgrades. It also features a network interface for remote monitoring.
An open-platform solution that enables custom-designed, dedicated machine systems tailored to customer requirements.
Comprehensive self-diagnostic capabilities, with real-time display of internal and external status, and immediate alarm activation upon detection of any abnormalities;
Supports external add-on panels and handheld box operation, facilitating tool setting for customers.
Macro variables and macro definitions enable the implementation of various logical relationships. Support for parameterized macro program calls makes user programming more convenient.
DXF+G-code template functionality, automatically converting DXF files into G-code for machining;
Teaching Function: Teach‑in plus streamlined instruction programming, employing a tabular teaching approach that is simple and intuitive.
Reliable structure, easy installation: all interfaces use standard DB connectors.
Graphical simulation function: Displays the machining program in graphical form and the tool’s actual motion trajectory during execution. It performs simulated toolpath machining without controlling the machine tool, allowing verification of the correctness of the programmed machining sequence.
Multi‑interface selection: Supports multiple language interfaces and provides automatic fault alarms. Offers comprehensive machining information, including processing time and part count.
Parameter tableization: Input and output address numbers can be set arbitrarily; simply enter the corresponding values in the configuration table’s address field.
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