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Our company is a professional CNC machinery equipment manufacturer that has passed ISO 9001 quality management system certification. We strictly follow international quality management standards to ensure stable and reliable product quality.
Market Distribution
Our main markets cover Russia, Southeast Asia, and many other countries and regions around the world; We have a professional overseas sales team. At present, the annual sales volume is between 500 and 600 units, reaching an annual sales revenue of 5 million to 6 million US dollars which shows a year-on-year growth trend.
Company Strength
Our factory covers an area of about 3,000 square meters, equipped with four modern production lines and a total of about 60 employees, covering multiple functional departments such as raw material inspection, processing and manufacturing, surface treatment, finished product inspection and delivery. We have a complete production system and efficient operation management capabilities.
Our Services
We provide one-stop services including product consultation, technical parameters introduction and performance analysis, demand analysis, product recommendation and quotation, order processing logistics distribution installation commissioning after-sales technical support maintenance parts supply; we are committed to providing customers with comprehensive solutions.
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Working area |
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Table dimensions |
700 mm x 450 mm |
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Electrode holder-to-table distance |
250 mm - 600 mm |
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Workpiece weight (max.) |
700 kg |
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Quill stroke |
250 mm |
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Electrode weight (max.) |
30 kg |
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Travels |
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Travel X-axis |
450 mm |
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Travel Y-axis |
350 mm |
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Generator |
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Generator power consumption |
7,5 kVA |
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Removal rate (max.) |
500 mm³/min |
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Electrode wear, min. |
≤ 0,2 % |
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Mean generator capacity |
80 A |
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Generator weight |
200 kg |
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Accuracies |
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Roughness |
< 0,3 - 0,8 µm Ra |
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Measures and weights |
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Overall dimensions (length x width x height) |
1,5 m x 1,6 m x 2,1 m |
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Weight |
1800 kg |
Electric Discharge Machining
Electrical discharge machines utilize electrical discharge machining, removing material through discharges between the electrode and workpiece. This non-contact machining method is suitable for conductive materials.
High Precision
Electrical discharge machines can achieve very high levels of precision, making them ideal for workpieces with strict tolerances and surface quality requirements.
Complex Shape Machining
Due to the lack of tool shape restrictions, electrical discharge machines can produce complex internal and external shapes such as holes, slots, and contours.
Wide Applicability
Electrical discharge machines can process nearly all conductive materials, including hard alloys, steel, aluminum, etc., making them widely used in mold manufacturing, aerospace, automotive manufacturing, and other fields.
High Surface Quality
Workpieces machined by electrical discharge machines typically have very good surface quality, often achieving very smooth finishes, reducing the need for additional surface treatments.
Automation Features
Electrical discharge machines often come with automation features such as automatic electrode changing, automatic measurement, and automatic adjustment of discharge parameters, improving production efficiency and consistency.
Low Heat Impact
Electrical discharge machine processes generate minimal heat because the discharge time is very short, helping to prevent thermal deformation and stress in the workpiece.
High Machining Efficiency
Despite being a highly precise machining method, electrical discharge machines can achieve rapid material removal, particularly suitable for processing hard and difficult-to-machine materials.
Multi-function Operations
Electrical discharge machines can perform various operations such as fine hole machining, internal and external cavity machining, threading, etc., suitable for different types of workpiece machining needs.
Environmental Friendliness
Due to the minimal need for cutting fluids and reduced production of chips, electrical discharge machine is considered a relatively environmentally friendly machining method.
The use of electrical discharge machine to remove material from the workpiece is achieved by a series of repeated rapid current discharges between the electrodes. These electrodes are separated using dielectric fluid. The voltage is sent through the dielectric fluid.
One of these electrodes is used to change the shape to suit the exact purpose. The electrode is a workpiece electrode or “anode”. The most commonly used electrode materials are copper, tungsten alloy, cast iron, steel, silver tungsten alloy, and graphite. The other electrode is the tool electrode or “cathode”. The basic principle behind this electrical discharge machine is to corrode materials with controlled electric sparks. The two electrodes must not touch.
A potential difference is applied between the workpiece and the electrode in the form of pulses. As the electrodes approach the workpiece, the electric field existing in the small gap between them increases. This continues until it reaches the breakdown level.
Use in the Aerospace Industry
In the aerospace industry, electric discharge machines test parts for many different planes and spaceships.
Use in Power Tool Production
Electric discharge machining (EDM) is a process used to create parts from electrically conductive materials such as steel, copper, aluminium and titanium. It does this by removing material from the workpiece using an arc between a consumable electrode and an electrode on the machine tool.
Use in Jewelry Manufacturing
Electric discharge milling (EDM) machines help create jewellery parts because they can produce smooth surfaces free of burrs at exacting tolerances. They can mill shapes into gold or silver by removing tiny amounts of material at a time.
Use in Precious Metal Refining
It's an industrial device usually used in large-scale metal refining processes that produce gold bars and pure silver sheets.
Use in Surface Tension Testing
An electric discharge machine helps bias surface tension measurements. It can be used to control the conditions of the surface the liquid is being tested on and the temperature and relative humidity of the air around it.
Use in Pharmaceutical Manufacturing
An electric discharge machine is a device that uses high voltage to break down polymer molecules into more minor chemical compounds. In this process, polymers are heated and broken down into smaller molecules, and then the molecules are cooled and reformed into polymers.
Use in the Military Industry
This can be done at a much smaller scale than possible with any other method, which lends itself well to tight spaces and odd shapes common in military hardware design.
Use as Part of the Automotive Production Process
This makes it particularly suitable for mass-production operations such as those in the auto industry where speed, accuracy and low cost are essential factors in determining success or failure in a competitive market.
Use as a Tool for Cutting Metal
Electric discharge machines can cut through metal with ease and precision. These machines offer high speeds, which allows them to quickly cut through large amounts of material in just a few minutes.
Pre-sale services
Product consultation, introduction of technical parameters and machine performance.
In sales service
Requirement analysis, product introduction and quotation, order processing, logistics distribution, installation services
After-sale service
After sales technical support
Supply of repair parts
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Packaging |
Wooden box, PE film |
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Transportation methods |
Road transport, rail transport, sea transport, air transport |
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