About CNC Die Making Machine
CNC Die Making Machine offered by us has been developed for small molds and metal engraving. It is featured with a double column design, ball screw, imported liner guide and other exclusive features. This is a sturdy and accurate machine, which works well with the help of NC studio controller. This is an effortless to operate and simple to learn machine, which recalls the starting point after a power failure or tool breakage. CNC Die Making Machine gives very low price/performance ratio that is quite beneficial for assorted applications.
Product details
| Shredding Capacity | 500-1000 kg/hr |
| Type of Engraving Machines | CNC Engraving Machines |
| Shredding Machine Type | Strip-Cut |
| Output Paper Size | 2-4 mm |
| Brand | SUCCESS |
| Model Number | SE-6060 |
| Body Material | Mild Steel |
Engineered for Superior Precision and ReliabilityThis CNC Die Making Machine offers unmatched accuracy and rigidity with a positioning tolerance of just 0.005 mm. Its advanced servo motor and integrated hydraulic clamping maximize operational reliability and ensure precise manufacturing, making it ideal for challenging die and mold production environments.
Ease of Use with Advanced Control SystemsOperate with confidence using Siemens or Fanuc controls, supported by a digital HMI interface for efficient navigation. G-code and M-code compatibility allows for versatile programming, while features like automatic tool changing and PLC control streamline workflows for both experienced machinists and new operators.
Optimized for Productivity and Large Batch ManufacturingDesigned to support heavy loads up to 800 kg and large table dimensions, this machine caters to high-volume manufacturers. The automatic lubrication and coolant systems maintain peak machine performance, guaranteeing long service intervals and enhancing the surface finish of every component produced.
FAQs of CNC Die Making Machine:
Q: How does the automatic tool magazine enhance machining efficiency?
A: The automatic tool magazine accommodates 24 tools, which enables rapid and seamless tool changes during operation. This minimizes downtime, supports complex machining tasks, and significantly increases productivity in die and mold manufacturing processes.
Q: What benefits does the hydraulic clamping system provide?
A: The hydraulic clamping system delivers consistent and powerful clamping force, ensuring stable workpiece positioning throughout the operation. This results in enhanced safety, reduced vibration, and improved machining accuracy for high-precision applications.
Q: When is it best to use this CNC die making machine?
A: This machine is ideally employed in medium to large-scale die or mold manufacturing, especially when the requirements specify high-speed operation, precise positioning, and superior surface finish. Its robust construction and automation features make it suitable for both batch and continuous production scenarios.
Q: What types of materials can be processed on this machine?
A: The machine is engineered to work effectively with cast iron and steel, making it versatile for a broad range of die and mold applications. Its high rigidity and powerful spindle allow efficient machining of both tough and standard materials.
Q: Where is this CNC die making machine manufactured and supplied from?
A: This CNC die making machine is manufactured, exported, and supplied by a reputable provider in India, catering to both domestic and international markets.
Q: How does the integrated lubrication and coolant system support prolonged machine life?
A: The integrated lubrication system automatically supplies oil to vital machine components, reducing friction and wear. Paired with the coolant system, it maintains optimal working temperatures and ensures the durability and reliable performance of the machine over extended operations.
Q: What advantages does the digital HMI display offer for operators?
A: The digital HMI (Human Machine Interface) display provides intuitive and real-time monitoring of all critical functions. Operators benefit from simplified control, swift troubleshooting, and the ability to easily modify machining parameters, resulting in reduced errors and improved job efficiency.