About Industrial CNC Plasma Cutting Machine
Based in Mumbai, we are supplying Industrial CNC Plasma Cutting Machine since 1965. It is capable of allowing a higher feed rate and extended consumable life with minimal vibration. The machine is equipped with a tool changer, which moves along with the bridge. This helps in instant tool changes up to 10 tools, without increasing the production time. To provide our customers with the best quality machines, they are tested over various parameters under the guidance of our experts. Industrial CNC Plasma Cutting Machine is used in an area like automotive, metal art, construction, HVAC and energy companies.
Precision Cutting PerformanceEquipped with advanced servo motors, linear guide rails, and automatic torch height control, the CNC plasma cutting machine ensures consistent accuracy of 0.05 mm. Whether your project requires intricate shapes or robust plate sectioning, the machine easily processes varying thicknesses and metals, supporting a range up to 40 mm depending on the power source and material.
Robust, Industrial-Grade ConstructionBuilt with a heavy-duty welded frame and using mild steel and precision aluminium components, this machine is engineered to withstand demanding industrial environments. The table structure minimizes vibration, while the fan and air-cooled system ensures reliable and continuous operation under intensive workloads. Fume extraction can be added for operator safety and workplace cleanliness.
Versatile Compatibility and Software IntegrationSupporting industry-standard plasma generators such as Hypertherm, LGK, and Huayuan, this CNC machine is compatible with various design and nesting software, including AutoCAD, FastCAM, and StarCAM. Its flexible file format support and user-friendly CNC controller with LCD display streamline workflow and maximize productivity for professional metal fabrication.
FAQs of Industrial CNC Plasma Cutting Machine:
Q: How does the CNC plasma cutting machine ensure high levels of accuracy during operation?
A: With a precision rack and pinion drive system, linear rail guides, and automatic torch height control (THC), the machine achieves positioning accuracy of 0.05 mm. These features work together with the servo motors to maintain precise movement, even at higher speeds and with varying material thicknesses.
Q: What materials and thicknesses can this CNC plasma machine cut?
A: The machine efficiently cuts sheet metals with thickness ranging from 1 mm to 40 mm, depending on the type of material and the power source used. It is suitable for mild steel and compatible metals, making it ideal for industrial metal processing and fabrication applications.
Q: When is it necessary to use the optional fume extractor with the machine?
A: A fume extractor is recommended when working in enclosed environments or when cutting thicker or coated materials that generate substantial smoke and fumes. This optional feature helps maintain clean air quality for operators and complies with workplace safety standards.
Q: Where can this CNC plasma cutting machine be installed for optimal performance?
A: The machine is designed for industrial settings such as fabrication facilities or workshops with adequate floor space and controlled environments. For consistent, safe operation, maintain ambient temperatures between 0C to 40C and humidity no greater than 95% RH.
Q: What are the primary benefits of using this CNC plasma cutting machine in industrial fabrication?
A: Primary benefits include high speed and precision cutting, versatility for various metals and thicknesses, seamless integration with CAD/CAM software, robust safety mechanisms, and minimized downtime due to the sturdy structure and efficient cooling. This results in increased productivity and reduced material waste.
Q: How do you integrate the machine with AutoCAD or FastCAM software for custom designs?
A: Designs can be created in AutoCAD, FastCAM, or StarCAM and exported in standard formats like DXF or G-code. These files are then loaded into the machines CNC controller, where the system interprets the instructions for precise cutting as per the desired geometry.