Yantai Dongruitai Welding and Cutting Equipment Co., Ltd. is one of the leading manufacturers and suppliers of fine plasma cutting machine in China. We are committed to providing high quality customized machines with low price. Welcome to wholesale the newest fine plasma cutting machine made in China here from our factory. 1 years warranty is available.
The fine plasma cutting machine is a precision-grade CNC metal processing equipment upgraded based on traditional plasma cutting technology. Unlike conventional plasma cutters, which produce significant cutting angles and rough cut surfaces, this machine employs fine plasma arc focusing and precise current control technology. It achieves laser-cutting quality at the cost of plasma cutting, featuring extremely narrow kerfs, minimal taper, and ultra-smooth cut edges. This CE-certified equipment is designed for precision part production, effectively reducing polishing, finishing, and secondary machining processes for high-standard metal workpieces.
Technical Parameters
|
Item |
Specification |
|
Effective cutting dimension |
3000mm×1600mm, the length can be arbitrary |
|
Flame cutting thickness |
10mm - 200mm (optional) |
|
Plasma cutting thickness |
Depends on matched fine plasma power supply |
|
High line precision |
±0.5mm |
|
Movement accuracy |
±0.5mm |
|
Input power supply |
AC220V 50/60Hz |
Technical Advantages
This precision plasma cutting equipment solves the core pain points of traditional plasma cutting: large edge taper, rough section, serious slag and low yield of precision parts. With optimized arc control system and high-precision transmission structure, it stably outputs high-quality metal profiles suitable for high-standard manufacturing scenarios.
Fine plasma precision cutting technology:
Adopts focused fine plasma arc, effectively reducing cutting taper and edge burrs. The cutting section is flat and smooth, which greatly reduces manual grinding workload and improves finished product qualification rate.
High-precision stable transmission:
Equipped with high-rigidity guide rail and synchronous drive system, the whole machine runs smoothly without jitter, ensuring consistent dimensional accuracy of batch cutting parts.
Ultra-wide material compatibility:
It can precisely cut carbon steel, stainless steel, aluminum alloy, copper and other metal sheets, meeting the diversified precision processing needs of multi-industry metal parts.
Intelligent anti-slag cutting:
Optimized cutting parameters and arc voltage height adjustment technology reduce cutting slag adhesion, realizing low-slag and even slag-free cutting for medium and thin plates.
High cost-effectiveness:
It achieves laser-grade cutting quality with lower equipment investment and operating costs, providing high returns for small and medium-sized precision machining enterprises.
Compact in structure and flexible in operation, the small cnc plasma cutting machine is perfectly tailored for small-batch, high-precision customized orders, filling the gap between ordinary plasma rough cutting and high-cost laser fine cutting.
Applications
Tailored for high-standard precision metal processing, this fine plasma cutting equipment excels in manufacturing scenarios that demand ultra-smooth cutting surfaces, minimal dimensional tolerance and zero obvious cutting taper. It breaks the processing limitations of ordinary plasma cutters, covering precision blanking, profiling, grooving and shaping tasks across diverse high-end and mid-end industrial fields. Widely adopted by precision processing factories, OEM supporting manufacturers and customized metal product workshops, it supports both small-batch custom orders and stable mass production:
Precision mechanical parts manufacturing:
High-precision blanking and profiling of mechanical equipment accessories, sealing gaskets, tooling fixtures, transmission brackets and structural connection parts, ensuring interchangeable assembly accuracy of finished parts.
Electrical & cabinet manufacturing industry:
Fine cutting of stainless steel and carbon steel cabinet shells, electrical control panels, switch cabinet accessories and distribution box structural parts, meeting strict surface flatness and appearance standards for electrical equipment.
Architectural & decorative metal craftsmanship:
Precision carving and profiling of metal decorative screens, curtain wall accessories, art metal ornaments, advertising metal logos and customized architectural decorative components with delicate cutting effects.
Environmental protection & ventilation equipment production:
Fine processing of thin-plate ventilation ducts, dust removal equipment shells, environmental protection equipment support frames and flue accessories, effectively avoiding burrs and deformation that affect equipment assembly.
New energy industry supporting parts:
High-precision cutting of metal support plates, heat dissipation structural parts, equipment fixing brackets and protective shell accessories for photovoltaic, energy storage and wind power equipment.
Automation & intelligent equipment accessories:
Custom processing of automated equipment base plates, sensor fixing parts and robotic auxiliary structural parts with high dimensional consistency requirements.
Hardware & custom metal processing:
Batch production of high-precision hardware accessories, custom metal prototypes and small-sized special-shaped parts, suitable for prototype verification and formal mass production.
Medical equipment auxiliary processing:
Fine cutting of stainless steel structural accessories and equipment support parts for medical devices, meeting the high-precision and smooth surface requirements of medical-grade metal parts.
FAQ
Q1: What are the core advantages of plasma cutting compared with flame cutting?
A: Plasma cutting has faster speed, smaller thermal deformation and wider material adaptability. It can cut stainless steel, aluminum and other non-ferrous metals that flame cutting cannot process, with higher finished product flatness.
Q2: Does fine plasma cutting require secondary polishing?
A: Most conventional precision parts can be used directly after cutting with no need for secondary polishing. Only individual high-standard workpieces need simple fine grinding, greatly saving processing time.
Q3: What factors determine the maximum plasma cutting thickness?
A: The maximum cutting thickness depends on the matched plasma power supply. We will configure the most suitable power model according to your daily processing plate thickness to ensure cutting efficiency and quality.
Q4: Does the machine produce large smoke during operation?
A: Plasma cutting generates tiny smoke. We can support customized smoke removal and purification accessories to meet environmental protection standards and indoor workshop production requirements.
Q5: Is professional programming experience required for operation?
A: No professional experience needed. The system supports direct CAD drawing import and automatic nesting. New operators can master basic operations after simple training.
Q6: Can the equipment run continuously for 24 hours?
A: The machine adopts industrial-grade configuration with stable mechanical and electrical performance, which fully supports long-term uninterrupted multi-shift continuous production.
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