Customization: | Available |
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After-sales Service: | Telephone 24-Hour Service |
Warranty: | 14 Months |
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Principle of Spark Machine:
In the dynamic world of Electrical Discharge Machining (EDM), precision is paramount. Here, the tool electrode and the workpiece are ingeniously connected to the opposite poles of a sophisticated pulse power supply. By submerging them in a specially formulated working fluid, or by filling the discharge gap with this fluid, a crucial gap distance is achieved. At this precise moment, the applied pulse voltage triumphs over the fluid's resistance, sparking the initial discharge.
During this fleeting discharge, an immense concentration of heat energy, surpassing 10,000 degrees Celsius, coupled with swift pressure variations, is localized within the micro-channel. This formidable energy causes the metal material to melt, vaporize, and be forcefully expelled into the working fluid. These ejected metal particles then rapidly solidify and are carried away by the fluid, leaving behind tiny pitting marks on the workpiece's surface. The process briefly halts to allow the working fluid to reestablish its insulating properties between the electrodes.
Following this, another pulse voltage instigates a discharge at a new, nearby point between the electrodes, continuously producing spark discharges. Despite each pulse removing an almost negligible metal amount, the high-frequency discharges-numbering in the thousands per second-result in substantial cumulative metal removal, ensuring impressive productivity.
Maintaining a constant discharge gap between the tool electrode and the workpiece is crucial. As the tool electrode advances, it meticulously erodes the workpiece metal, eventually forming a shape that mirrors the tool electrode. By adjusting the tool electrode's geometry and its relative motions, intricate profiles are crafted with precision. Tool electrodes are commonly made from materials with high electrical conductivity and melting points, such as copper, graphite, copper-tungsten alloy, and molybdenum. While the tool electrode undergoes minimal wear compared to the workpiece, this loss is typically insignificant.
The working liquid plays a vital role as the discharge medium, facilitating cooling and chip removal during the machining process. Ideal working liquids are those with low viscosity, high flash points, and stable performance, like kerosene, deionized water, and emulsions. EDM machines function on self-excited discharge principles, where a high voltage initiates the spark discharge between the electrodes. This discharge causes a drastic drop in resistance and voltage. The spark channel must extinguish within 10-7 to 10-3 seconds to maintain the 'cold pole' effect, ensuring the channel energy impacts only a minimal area, thereby achieving localized metal erosion. This meticulous process is known as Electrical Discharge Machining (EDM).
Product name | Sparking machine | ||
Product model | ZNC-450 | ||
Product technical parameters | |||
1.Table size | 700*400MM | ||
2(X)Left and right travel (X) | 450MM | ||
3(Y)Forward and backward travel (Y) | 350MM | ||
4Spindle travel (Z-axis) | 200MM | ||
5Head travel | 230MM | ||
6Distance from electrode head to table surface | 450MM | ||
7Maximum electrode load | 120KGS | ||
8Maximum working load | 1200KGS | ||
9Machine weight (approx) | 2200KGS | ||
10Volume of filter box | 400L | ||
11Net weight of filter box | 150KGS | ||
12Appearance dimensions (L * W * H) | 1470*1150*1980MM | ||
disposition | Accessories name and specification | quantity | |
Standard parts for machine tools |
1,Hand oil pump | 1 | |
2,Quartz working lamp | 1 | ||
3,15''CRTPC15 "CRT display and PC industrial computer | 1 | ||
4Patented electrode head | 1 | ||
5Electric box remote control | 1 | ||
6Operating instruction | 1 | ||
7Three axis electronic ruler | 1 | ||
8Detail disk | 1 | ||
9Control box | 1 | ||
10servomotor | 1 | ||
11Machine level adjustment pad | 1 | ||
12Tools and toolboxes | 1 |
Frequently Asked Questions (FAQ)
1.What is the MOQ for your production?
A. The Minimum Order Quantity (MOQ) is contingent upon your specific requirements for color, logo, and other specifications. For certain standard items that we maintain in stock, the MOQ is as low as 1 set.
2.How to control the quality of the products?
A. Upholding superior quality has always been our top priority. The principle we consistently adhere to is providingour customers with unparalleled quality, competitive prices, and exceptional service.
3.What are your company's main products?
A: We offer a diverse range of high-precision machinery, including CNC Machines, Lathe Machines, Milling Machines, Grinding Machines, Vertical Machining Centers, and DrillingMachines, Radial Drilling Machines, Sawing Machines, and more.
4. What are your trade terms?
A: We accept a variety of trade terms, including Ex-works, FOB, CFR, and CIF.
5.What are the Payment Terms?
A: Our payment terms are T/T, with a 30% initial payment required upon ordering, and the remaining 70% balance due before shipment.
6.What CNC system do you use?
A: We provide a selection of CNC systems, including FANUC, SIEMENS, MITSUBISHI, SYNTEC, and HCN. The choice depends on your preference and requirements.
7.How can I choose the most suitable machines?
A: Simply send us your product drawings and applications, and our expert team will recommend the most suitable machines tailored to your needs.
8.What kind of package do you offer?
A: We typically use robust plywood cases to ensure all goods arrive in pristine condition. Custom packaging options are also available upon request.
9. Can your plant do OEM?
A: Absolutely, we offer both OEM and ODM services to cater to the unique needs of our customers.
10.How about the warranty?
A: Our machines come with a one-year warranty following delivery. Beyond the warranty period, we provide lifetime service to ensure the longevity and optimal performance of your machines.