Model:KNC-30, KNC-50, KNC-80, KNC-30-25...
Both ends of the pipe chamfering machine (Both end processor)
1. Strong fixation without plastic deformation through toggle clamping method
• Allows small batch production
2. Numerical Control (NC) through 2 servo motors
• Reduced material loss rate
• Diverse machining processes possible through individual backward motion
3. Equipped with automated inspection system
• Maintaining constant product length through auto-calibration function of the amount of tip wear
4. Straight-line shift center of products
• Reduced setting due to changes in product dimensions
• Minimal eccentric machining due to chips through <Bottom-up> supply system
**Mechanical characteristics (compared with machines of other companies)
Toggle and Hydraulic Clamps
Convenient operation is possible because setting time of the clamp portion in case of changes in product specifications is reduced.
| Existing machines of other companies | Our company’s both end processor | ||
Clamp set items in case of | Pressure adjustment | Required: | Not required: |
| Center adjustment | Required: | Not required: | |
Jaw | Required | Required | |
2 right and left Slide Servo (NC) Motors
A variety of machining processes possible by adjusting the slide
| Existing machines of other companies | Our company’s both end processor |
Right and left slide adjustment is made by driving one servo motor, | Individual adjustment of the right and left slide is made |
| Difficulty of diverse machining processes | Possible to set backward motion (individual backward |
**Machine Features
| 1. Move/supply system of products | 2. Automatic length inspection device | 3. Automatic calibration system |
Reduced setting due to changes in | Detects defective products | Enhances dimensional accuracy (Cpk) |
Minimal eccentric machining due to | Stops when defective products are | Maintains the constant product length |
**Basic Models
**Special Models
**Optional specifications
**Accessories
**Both end processor production history
**Suitable Products




