It supports from stable coating of small holes to holes with large clearance!
The vibration of the tip during use has been reduced, greatly reducing the impact on the cutting edge! The amount of coating can now be more precisely controlled when using electrodes of φ1.0 or thinner! The maximum coating height has been expanded from 30μm to 50μm! The range of available clearances has been expanded!
Suppressing electrode consumption and greatly increasing the coating speed!! Easier and more extensive coating! Coating thickness of up to 50 µm improves the life of the coated part! The electrode's heat generation is suppressed and its vibration is minimized, allowing it to be used for a longer period of time!
Coating of a 20mmx30mm area is completed in 90-120 seconds! (Time taken to achieve Ra 10μm)
Both small holes and wide areas can be coated easily!
Ideal for work in deep places!
※For φ1.5 mm or less, the collets sold separately are required.
※Sales units are 10 for the electrodes and 1 for the collet.
Hard to get tired even for long hours of working & increasing the work efficiency for small parts!
The advantages are shown not only in the greatly extended life of trimming dies, bending dies, deep drawing dies, etc. but also in preventing heat cracking in die-cast dies, improved separation, preventing wear of gates, etc. It can also be used to prevent wear and repair build-up in plastics dies, forging dies, glass dies, etc.
By coating the cutting edges of tools such as drills, taps, end mills, hob cutters, reamer, broaches, etc. tool life is extended and cutting speed can be doubled.
The service life of devices and facilities is greatly prolonged by discharge deposition to the wearing parts of all sorts of machines used in various industries and parts subject to abrasion where wear resistance is vital.
●Concerning the Nature
of Discharge Deposition Machine
An unusual high temperature is generated locally by the spark discharge and the electrode deposits a dispersed coating which adheres intimately to the surface of the work. Because of its dispersed nature, the deposited layer is bonded strongly and will not peel off. The thickness and roughness of the deposited layer depends on the process level of the Machine, which can be selected, but in the case of hard metal, thickness ranges from 0.01 to 0.03 mm and harness from 4 to 15 μHmax. If necessary, the coating can lightly lapped before use.
Magnetic Work Cable
Clip Work Cable
Foot Swich
Vibrator
Electrodes Case
Main Unit
Power Cable
※One of the two types of the work cable will be included.
Φ3.0㎜ L40㎜ 5本
Φ2.0㎜ L40㎜ 10本
For various coatings such as die cast mold
/ general measures against scum risers
Φ1.0㎜ L40㎜ x 2 + Collet x 1
Φ0.8㎜ L40㎜ x 2 + Collet x 1
Φ0.5㎜ L40㎜ x 2 + Collet x 1
※One of the two electrode sets will be included.
Dimensions
Weight
Power input
Power capacity
Load voltage
Discharge Intensity
Vibration Intensity
Coating height
Coating roughness
Coating hardness
Processing speed
Coating area
W270㎜ D3300㎜ H165㎜
Main Unit 12.3kg Vibrator 0.3kg
Single phase
AC 100-240V 50/60Hz
300W
Max 60V
5stage Max200Hz
3stage 300-400Hz
Max 30um
Max Ra 10um
HV1100
(when our tungsten carbide electrode is used)
15〜20 seconds(per 100㎟ )
Approx. 280 mm square
(when consuming 10 mm of Φ3.0 electrode)
Dimensions
Weight
Power input
Power capacity
Load voltage
Discharge Intensity
Vibration Intensity
Coating height
Coating roughness
Coating hardness
Processing speed
Coating area
W 220㎜ D 230㎜ H 198㎜
Main Unit 5.7kg Vibrator 0.3kg
Single phase
AC 100-240V 50/60Hz
300W
Max 60V
24stage Max200Hz
8stage 300-400Hz
Max 50um
Max Ra 10um
HV1100
(when our tungsten carbide electrode is used)
15〜20 seconds(per 100㎟ )
Approx. 280 mm square
(when consuming 10 mm of Φ3.0 electrode)
For online inquiries, please use the form.
For inquiries by phone or fax,
please use this number.
TEL +81-3-3376-3464
FAX +81-3-3374-0346
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