English
العربية
中文(漢字)
Čeština
Dansk
Nederlands
Suomi
Français
Deutsch
Italiano
日本語
ಕನ್ನಡ
한국어
Português
Русский
Slovenčina
Español
Svenska
Türkçe
KN95 마스크 기계 롤러, 스탬핑 샤프트 및 프레스 휠
1. 마스크 기계의 엠보싱 롤러 카트는 이음매없는 강관으로 만들어졌습니다., 그런 다음 CNC로 처리됩니다.. 가공은 선삭으로 구분됩니다., 밀링 및 용접.
마스크 기계 엠보싱 휠
2. Turning and milling: turning and processing the joint surface of the mating parts of the roller body, end plate and shaft head. Rough and fine turning each part of the embossing shaft roller body to the size required by the drawing, then set the center frame, 끝면을 돌리다, and drill.
3. Welding of the inner tube of the embossing roller: correct the coaxiality between the shaft at both ends and the inner sleeve, and only weld the inner end plate on the shaft head. Put the inner sleeve into the roller body, and weld the mating junction of the inner end plate and the roller body.
4. Install the outer end plate on the shaft at both ends, and weld the junction of the outer end plate and the joint surface with the roller body. The next step is annealing and drilling. The roll blank is annealed to eliminate internal stress; One end of the steel roller is flattened, and a standard center hole is drilled. Then there is the embossing pattern of the engraving roller. The embossing roller can be carved with patterns on the surface of the roller according to the pattern and pattern requirements of the customer. With high-tech laser machines and engraving equipment, the craftsmanship is exquisite and the lines are clearly visible.
5. 마지막으로, chrome plating and verification are required. The chrome plating needs to be determined according to the purpose, and the verification is mainly to ensure the balance and stability of the steel bars.
Mask machine folding wheel roller
일반 CNC 선반과 비교, the turret tool post of CNC turning center is equipped with power tools that can rotate milling cutters, 훈련, and taps. 동시에, the machine tool spindle also has the C-axis function that can be accurately indexed according to the CNC program and interpolated with the X-axis or (그리고) Z-axis. This kind of 3-axis (엑스, 지, 씨) control turning center can perform turning, 갈기, 교련, 지루한, and tapping on the rollers of the mask machine in one clamping. 지금까지, it is still the most used face mask machine roller workpiece composite machining machine tool in industrial production.
하지만, 단일 스핀들 터닝 센터가 공정 범위를 어떻게 확장하더라도, it still cannot solve the problem of the back side secondary processing (ie, the processing of the workpiece clamping end) of the mask machine roller under one clamping, so it must be completed with a dual-spindle turning center. The two spindles of the dual-spindle turning center are mostly arranged oppositely on the same axis, so that after the main end of the rotating body is processed, 두 번째 스핀들이 자동으로 스핀들에서 공작물을 집어 올려 클램핑 끝부분을 처리합니다..
클램핑 엔드의 가공 작업은 일반적으로 상대적으로 간단하기 때문에, 두 번째 스핀들은 일반적으로 서브 스핀들이라고 불립니다., 그리고 그 힘은 상대적으로 작습니다.. 이중 스핀들 터닝 센터에는 하나의 공구대를 장착할 수 있습니다., 하지만 대부분은 두 개의 도구 기둥입니다, in order to improve the processing efficiency and give full play to the potential of the machine tool equipment. The machine is on the same axis above the bed, equipped with a main shaft and a sub-spindle facing each other. 일반적으로, the speed of the dual main shafts is 0~4000r/min, 둘 다 C축으로 제어할 수 있습니다.. The sub-spindle can also move along the axial direction to pick up the workpiece that has been processed on the main shaft at one end. A turret tool holder with about ten tool positions is provided above the main spindle and below the sub-spindle. Each tool position on the turret tool post can be equipped with a power tool with a certain power and a speed of 80～8000r/min. 상부 공구 포스트는 다음에 의해 제어됩니다. 3 축 (X1, Y1, Z1), The lower tool post is controlled by 2 축 (X2, Z2).
The Japanese Okuma TWINSTAR series turning-milling composite CNC machine tools provided by our company have two models: TWIN STAR LT200-M and TWIN STAR LT300-M. Has the following performance characteristics:
• Opposing dual-spindles, the main and sub-spindles have the same power and the same speed, and the upper and lower tool rests have the same power and the same capacity.
• It can do four-axis turning and milling at the same time. The main and sub-spindles can simultaneously transfer and clamp the workpiece without stopping. 이런 식으로, all the front and back processing from the blank to the finished product can be completed, which greatly shortens the processing cycle of the workpiece and shortens the processing time by about 40%.
• With milling function, the transmission power of the rotary tool spindle is 5.5kW.
• Double tool post, using left and right spindles and upper and lower composite tool posts for machining, which can integrate the machining processes that were previously divided into multiple processes. The use of high-precision linear guides can maintain stable machining accuracy even for long-term continuous machining.