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Product Features
● With variable frequency stepless speed regulation, timing, automatic positive and negative rotation function, easy to operate
● Independent chuck: to ensure that each chuck can be rotated independently, to avoid the collision between the workpiece to improve production efficiency.
● The chuck is suspended on the planetary gear drive turntable, the turntable workpiece rotates and rotates, and each chuck can be rotated independently.
● Adapt to a wide range of industries through different chuck, different abrasives and specific processes to passivate, grind and polish different workpieces.
● Can also be used in the field of tool passivation, improve the service life of the tool, improve the processing efficiency of the machine tool, reduce the surface roughness of the workpiece.
Technical Parameter
| Model No. | Speed(R.P.M) | Collet load capacity(KG) | Power(KW ) | Machine size(mm) |
| XDS-TY-180A | 84 | 15 | 3.7+0.37 | 1450×1300×2000 |
Detailed Information
The drag polishing machine was originally widely used in the jewelry industry to polish the ring, the workpiece can be polished or polished by the abrasive in the cylinder block, today this process is also used in other industrial areas, such as: tool manufacturing, medical and manufacturing industries, affordable, more than the traditional polishing has a good effect.
There are four applications for towed polishers:
1. Direct printing of cutting edge (rounded processing)
Our passivation process can be applied to a variety of tools, especially carbide tools. According to the grade of the round, the processing process can generally be controlled in 1-20 minutes, the passivation program is controlled in the μ level, in the process of cutting edge passivation, the polishing of the cutting groove will also be synchronized, compared with other passivation processes, our process will make your tool passivation effect maintain a high degree of consistency, the tool surface is more perfect.
2, polishing tool surface before coating
For the coating tool about 5-30 minutes of treatment before coating, can significantly reduce the roughness of the cutting groove and tool surface, and at the same time passivation treatment of the cutting edge, so as to effectively improve the adhesion of the cutting edge coating, significantly reduce the probability of breakage, extend the life of the tool, in the processing of the forming tool, due to the doubling of the tool life. The cost advantage is more obvious, and the cutting groove can achieve a perfect mirror effect.
3. Removal of droplet particles on the surface of the tool after coating
Under normal circumstances, the tool will leave droplet particles on the surface after coating treatment, and these particles can be completely removed after about 3-5 minutes of polishing treatment (without any effect on the coating), thereby improving the speed of the cutting flow.
4, high-precision high-speed steel tools (such as hob, tap) burr removal
Burr is the main problem in the high-speed steel tool manufacturing process, the machine can quickly and effectively solve this problem, and can completely remove the half burr in 2-6 minutes, at the same time, the cutting groove will be smoother, and the edge will be rounded at the same time.
Product Features
● With variable frequency stepless speed regulation, timing, automatic positive and negative rotation function, easy to operate
● Independent chuck: to ensure that each chuck can be rotated independently, to avoid the collision between the workpiece to improve production efficiency.
● The chuck is suspended on the planetary gear drive turntable, the turntable workpiece rotates and rotates, and each chuck can be rotated independently.
● Adapt to a wide range of industries through different chuck, different abrasives and specific processes to passivate, grind and polish different workpieces.
● Can also be used in the field of tool passivation, improve the service life of the tool, improve the processing efficiency of the machine tool, reduce the surface roughness of the workpiece.
Technical Parameter
| Model No. | Speed(R.P.M) | Collet load capacity(KG) | Power(KW ) | Machine size(mm) |
| XDS-TY-180A | 84 | 15 | 3.7+0.37 | 1450×1300×2000 |
Detailed Information
The drag polishing machine was originally widely used in the jewelry industry to polish the ring, the workpiece can be polished or polished by the abrasive in the cylinder block, today this process is also used in other industrial areas, such as: tool manufacturing, medical and manufacturing industries, affordable, more than the traditional polishing has a good effect.
There are four applications for towed polishers:
1. Direct printing of cutting edge (rounded processing)
Our passivation process can be applied to a variety of tools, especially carbide tools. According to the grade of the round, the processing process can generally be controlled in 1-20 minutes, the passivation program is controlled in the μ level, in the process of cutting edge passivation, the polishing of the cutting groove will also be synchronized, compared with other passivation processes, our process will make your tool passivation effect maintain a high degree of consistency, the tool surface is more perfect.
2, polishing tool surface before coating
For the coating tool about 5-30 minutes of treatment before coating, can significantly reduce the roughness of the cutting groove and tool surface, and at the same time passivation treatment of the cutting edge, so as to effectively improve the adhesion of the cutting edge coating, significantly reduce the probability of breakage, extend the life of the tool, in the processing of the forming tool, due to the doubling of the tool life. The cost advantage is more obvious, and the cutting groove can achieve a perfect mirror effect.
3. Removal of droplet particles on the surface of the tool after coating
Under normal circumstances, the tool will leave droplet particles on the surface after coating treatment, and these particles can be completely removed after about 3-5 minutes of polishing treatment (without any effect on the coating), thereby improving the speed of the cutting flow.
4, high-precision high-speed steel tools (such as hob, tap) burr removal
Burr is the main problem in the high-speed steel tool manufacturing process, the machine can quickly and effectively solve this problem, and can completely remove the half burr in 2-6 minutes, at the same time, the cutting groove will be smoother, and the edge will be rounded at the same time.
