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HQ-400GS3 |
HQ-500GS3 |
HQ-630GS3 |
HQ-800GS1 |
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Machine tool dimensions |
mm |
(1280 + 613) x 1683x2100 |
(1460+779)x1930x2100 |
2050x1550x 2000 |
2300x1900 x 2300 |
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Cabinet size |
mm |
All in one |
All in one |
1000 x 550x 1980 |
1000 x 550 x 1980 |
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Weight of machine tool |
KG |
2000 |
2500 |
3000 |
3800 |
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Table travel |
mm |
400 x320 x 260 |
600 x 400 x 260 |
630 x 500 x 260 |
800 x 630 x 260 |
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U, V-axis stroke |
mm |
± 25 |
± 25 |
± 25 |
± 25 |
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Maximum cutting thickness |
mm |
300 |
300 |
300 |
350 |
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Maximum machining taper (angle/thickness) |
°/mm |
± 6 °/80 |
± 6 °/80 |
± 6 °/80 |
± 6 °/80 |
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Electrode wire diameter range |
mm |
Φ0.12-0.2 |
Φ0.12-0.2 |
Φ0.12-0.2 |
Φ0.12-0.2 |
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Machine tool power |
Kw |
≤2.3 |
≤2.8 |
≤3 |
≤3.5 |
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Work area |
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Size of worktable |
mm |
660 x 450 |
720 x 520 |
880 x 600 |
1050 x 650 |
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Working fluid tank |
mm |
980 x 550 |
1180 x 710 |
1310 x 795 |
1400 x 940 |
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Table load-bearing weight |
KG |
400 |
500 |
700 |
800 |
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Working fluid tank |
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Filtration accuracy |
mm |
10 |
10 |
10 |
|
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Maximum volume of the tank |
L |
130 |
130 |
130 |
130 |
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Pulse power |
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Drive mode (x/Y) |
Precision Ball Screw |
Precision Ball Screw |
Precision Ball Screw |
Precision Ball Screw |
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Drive mode (U/V) |
AC servo |
AC servo |
AC servo |
AC servo |
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Surface roughness |
mm |
Ra ≤0.5 |
RA ≤0.7 |
RA ≤0.8 |
RA ≤0.8 |
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Maximum cutting speed |
mm2/min |
≥220 |
≥220 |
≥220 |
≥220 |
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Speed of silk handling |
Multilevel frequency control |
Multilevel frequency control |
Multilevel frequency control |
Multilevel frequency control |
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CNC system |
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Data Systems |
HQWNC or AUTO CUT |
HQWNC or AUTO CUT |
HQWNC or AUTO CUT |
HQWNC or AUTO CUT |
|
|
Hardware configuration |
Fan-free industrial computers, 32G solid-state drives, standard PC keyboards |
Fan-free industrial computers, 32G solid-state drives, standard PC keyboards |
Fan-free industrial computers, 32G solid-state drives, standard PC keyboards |
Fan-free industrial computers, 32G solid-state drives, standard PC keyboards |
|
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Communication interface |
USB, LAN, RS232 |
USB, LAN, RS232 |
USB, LAN, RS232 |
USB, LAN, RS232 |
|
|
Control the number of axes |
4-axis linkage guide nozzle lifting |
4-axis linkage guide nozzle lifting |
4-axis linkage guide nozzle lifting |
4-axis linkage guide nozzle lifting |
|
|
Language interface |
Chinese, English, Russian, Japanese |
Chinese, English, Russian, Japanese |
Chinese, English, Russian, Japanese |
Chinese, English, Russian, Japanese |
|
|
Units of size |
Metric system, English system |
Metric system, English system |
Metric system, English system |
Metric system, English system |
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Manual control |
Standard configuration |
Standard configuration |
Standard configuration |
Standard configuration |
|
|
Power source |
380V ± 10% , 50/60HZ, 2 kva |
380V ± 10% , 50/60HZ, 2 kva |
380V ± 10% , 50/60HZ, 2 kva |
380V ± 10% , 50/60HZ, 2 kva |
|
|
Environmental conditions |
15-30 ° C (temperature)/40-80% (humidity) |
15-30 ° C (temperature)/40-80% (humidity) |
15-30 ° C (temperature)/40-80% (humidity) |
15-30 ° C (temperature)/40-80% (humidity) |
Machine features
1. Ultra low molybdenum wire loss
2. 150000mm ² No wire loss, additional income for you
3. (Cutting condition: 9000 mm ²/ H | water-based cutting fluid | steel | workpiece height 60mm)
4. Maximum cutting efficiency: exceeding 300 mm ²/ Min or above
5. Optimal surface roughness: Ra ≤ 0.6 μ M
6. Integrated structure of the entire machine
7. Support G code programming
8. Use molybdenum wire to process workpieces
Machine configuration and major suppliers
1. Castings of the same grade in the Swiss machine tool industry, C-type structure (HT250)
2. The X-Y axis uses Taiwan HIWIN P-level lead screw guide rail
3. The X and Y axes are controlled by servo motors (Panasonic motors and drivers)
4. The U, V, and Z axes are controlled by a hybrid stepper motor (customized by Hanqi)
5. Manual lubrication system for screw guide rail (manual lubrication pump)
6. Standard ± 6 ° taper cutting structure, optional ± 12 ° taper cutting structure;
7. Rust and anti-corrosion workbench (customized by Hanqi)
8. The Windows 7 system is equipped with a CNC system independently developed by Hanqi
9. Integrated industrial control computer (customized by Hanqi)
10. The computer operation station can rotate 90 ° for easy operation
11. Integrated design of the main electrical cabinet (with a smaller footprint)
12. Hanqi's independently developed discharge machining circuit
Factory situation
1) The chairman has worked at Hanchuan Machine Tool Factory in China (1986-2005), focusing on the field of electrical machining for nearly 40 years;
2) The company was established in 2005, with its factory located in Suzhou High tech Zone, China, covering an area of 20000 meters ²;
3) It is a high-tech enterprise in Jiangsu Province and a specialized, refined, and innovative enterprise in Jiangsu Province;
4) With over 80 employees and nearly 20 research and development personnel, it is a research and development production oriented enterprise;
5) Implement the ISO9001 quality management system and use the Carl Zeiss three coordinate system for precision testing of machine tool components;
6)In 2016, we engaged in product cooperation with Beijing Agie Charmilles Industrial Electronics Co., Ltd;
EDM Machining Operating Principle
What is EDM Machining?
Electrical discharge machining, EDM, is a manufacturing process where material is removed from a workpiece using a rapid sequence of electrical current discharges between electrodes submerged in a dielectric liquid. The process is used to manufacture parts that are impossible to machine. Since EDM does not use mechanical force to remove material, it is considered to be non-traditional.

EDM is an exceptionally precise process that is ideal for forming complex and intricate shapes and is capable of shaping hard metals such as titanium. The materials shaped using EDM must be electrically conductive for the process to be successful.
The workpiece electrode, anode, of an EDM machine is connected to the positive terminal of a DC power supply while the tool electrode, cathode, is connected to the negative terminal. The electrodes are submerged in the dielectric fluid and separated by the spark gap. Sparking generates extreme electrothermal heat in the spark gap zone, which melts and vaporizes parts of the workpiece surface, a process known as spark erosion.

The EDM wire machining process, an alternative to sinker EDM machining, works much like a wood band saw using a wire for the cutting process. The wire, made of copper or brass, has a high voltage electrical discharge passed through it that makes it possible for the wire to cut through the thickness of the workpiece.
The wire in EDM wire machining creates a spark in deionized water where conductivity is precision controlled. The water cools the material and washes away the removed material with clean dielectric fluid being constantly pumped into the process to flush the excess waste away.

The extreme temperatures of the EDM process rapidly removes excess material from the workpiece by vaporization and melting or spark erosion. The molten metal is partially removed. As the electric potential is withdrawn, the plasma channel is no longer sustained and generates pressure or shock waves as it collapses. This evacuates the molten material forming a crater of material that is removed from around the spark site.
Material is removed by the formation of shock waves as the plasma channel collapses due to electric potential discontinuation where the work material is made positive and the tool negative. As the electrons strike the workpiece, craters are formed by the heating, melting, and removal of material as positive ions strike the tool resulting in tool wear.
Electrical discharge machining requires a great deal of power. Generators used for the process must be capable of supplying the necessary power in order for the process to run efficiently and successfully. They are selected in accordance with their ability to generate the power parameters of the process.
EDM (DIE SINKER)/WIRE EDM machine tools are widely used in various industries, such as Digital home appliances, automotive manufacturing, medical equipment, semiconductor packaging, mold industry, aerospace, aluminum industry, bathroom fixtures, military manufacturing, etc

SUZHOU HANQI CNC EQUIPMENT CO.,LTD. was established in 2005, specializing in the production and customization of various precision CNC electric discharge machines(EDM) and CNC wire EDM cutting machines(WEDM) for over 30 years. Machine tool castings, same as Swiss brand, have undergone all major component inspections using German Zeiss coordinate tester and have collaborated with Swiss technology to ensure the precision and stability of EDM machines. Hanqi CNC machines(EDM/WEDM) are widely used in various industries, including mold manufacturing, automotive manufacturing, chip technology, medical equipment, electronics, electrical, hardware, plastics, etc. Hanqi CNC has cooperated with several world-renowned brands, including THK, Philips, Siemens, Panasonic, HIWIN, PMI, NSK, BYD, GCL, Chint, MIDEA, Mitsubishi Electric, GREE, GIANT, Zhongwang, FAGOR, FUJI, SAIC GM, CATL, Konka, Galanz, LUXSHARE ICT, Foxconn, FANUC,KNUTH etc. Our factory has relevant international authoritative certifications such as ISO9001, IS014001, CE, UL, ETL, etc. Our products have high cost-effectiveness and have been exported to more than 30 countries and regions around the world. With high-quality and high-precision machine tools (Industry leading in MS-WEDM/EDM machining accuracy), we can process very complex components and have been favored by customers from various countries, thus accumulating a large number of high-quality domestic and foreign long-term cooperative customers.



Frequently Asked Questions
Q: Are you manufacturer or distributor?
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A: We are manufacturer, welcome to visit our factory.
Q: How to choose the machine I want?
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A: Firstly, please correspond to the worktable travel and cutting thickness according to the size of the workpiece to find a suitable model; Secondly, please check if precision and roughness meet your requirements.
Q: Our country's voltage is three-phase 220V(or single phase 220V,or other voltage), machine's voltage is three-phase 380V, can you change the voltage?
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A: Yes, please tell me the voltage you need, we will change it.
Q: How can I get technical support if I buy your machine?
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A: We have detailed Installation manual/operation manual/instructional videos, even if novices can operate by watching the videos.
Q: How about after-sales service?
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A: Free replacement of damaged parts during the warranty period, replacement at cost price after the warranty period;
Any problems, we will provide you with solutions quickly by shooting videos or other ways.
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