4 Color Printer Slotter Die Cutter Machine
Model : 1200x2400
Corrugated Carton Printer Slotter Features：
·This corrugated pizza box printer rotary is designed and made to high quality and safety standard,with the advantages of high speed, auto control and quick order shift.
·Auto high quality materials and parts.
·Well hardened and ground transmission gears, hardness more than 60(HRC).
·Auto zero return and auto reset.
·Use expansion sets tight link to reduce abrasion of the shaft,keep precision of the machine for long years.
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Max.sheet size |
1250X2550mm |
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Design speed: |
250pcs/min. |
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Max. working speed： |
200pcs /min.(by sheet size and quality) |
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Max.working size： |
1200X2400 |
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Skip feeding size： |
1500mmX2400mm |
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Min.sheet size： |
320mmX600mm |
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Max.printing area： |
1200X2400mm |
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Cliché thickness： |
2-7mm |
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Max. paper thickness |
1-12mm |
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Slotting accuracy |
±1.5mm |
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Die cutting accuracy |
±1mm |
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Lead edge feeding error |
±1mm |
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Slotting width |
7mm |
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Max. slotting depth |
320mm |
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Corner cutting width |
50mm |
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Cliché cylinder diameter(including cliché) |
410mm |
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Cliché cylinder length |
2400mm |
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Machine inner width |
2900mm |
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Rubber roller thickness 25mm |
Diameter 205mm |
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Anilox roller thickness 25mm |
Diamter 215mm |
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Feeding up shaft thickness 20mm |
Diamter 99mm |
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Feeding down shaft thickness 20mm |
Diameter 156mm |
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Impression cylinder thickness 20mm |
Diamter 156mm |
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Slitting Creasing shaft thickness 25mm |
Diamter 110mm |
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Up die cutting cylinder thickness 35mm |
Diameter 389mm |
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Down die cutting cylinder thickness 45mm |
Diameter 360mm |
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Printing registration(medium speed): |
±0.3-0.5mm |
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Mesh mode: |
250,280 LPI |
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Dimension of the whole machine |
20000(L)x5000(W)x2300(H)mm |
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Total power(KW) |
104KW |
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Total weight(Ton) |
32 TONS |
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Wall thickness(mm) |
60mm(stabilize the high speed running) |
·All cylinders and rollers are chromed plated for ideal hardness.
What is a printer slotter?
Printer slotter machine (Corrugated carton box making machine . Printer slotter machine chain type is very useful machine for making all type of corrugated carton boxes . Both flexo printing process , slotting and scoring process is done simultaneously .
What is the difference between slotter and shaper?
The main difference between a slotter and a shaper is the direction of the cutting action. The slotting machine operates in a manner similar to the shaper. However, the cutting tool moves vertically direction rather than in a horizontal direction. The work piece is held stationary.
Slotting and shaping are two important shaping techniques that are commonly used in the manufacturing industry. While both of these methods use reciprocating motion to cut material, the machines and processes involved in these techniques are different. In this article, we will discuss the differences between slotting and shaping in detail.
Slotting is a machining process that is used to create slots or grooves in materials. The machine used in this process is called a slotter or a slotting machine. Slotting machines operate by using a reciprocating motion to create slots or grooves in materials. Slotting machines are commonly used to create slots in gears, pulleys, keyways, and other components. Slotting machines are also used to produce internal slots in cylindrical parts.
Shaping is a type of machining process in which flat surfaces are machined into a workpiece. The machine used in this process is called a shaper or a shaping machine. Shaping machines use a reciprocating motion to move a cutting tool back and forth across the workpiece, removing material until the desired shape is achieved. Shaping machines are commonly used to create flat surfaces, such as those found on machine bases, tables, and housings.
There are several differences between slotting and shaping. Firstly, the machines used in these two processes are different. Slotting machines are designed for cutting slots or grooves in materials, while shaping machines are designed for creating flat surfaces on a workpiece.
Secondly, the cutting tools used in these two processes are also different. Slotting machines use a vertical cutting tool that moves up and down to create slots or grooves. In contrast, shaping machines use a horizontal cutting tool that moves back and forth to create flat surfaces.
Thirdly, the materials that can be processed using these two techniques are different. Slotting machines are typically used to create slots or grooves in hard materials such as metal or plastic. Shaping machines, on the other hand, can be used to machine a wide range of materials, including metal, plastic, and wood.
Finally, the surface finish produced by these two techniques is different. Slotting machines are capable of producing a relatively rough surface finish, while shaping machines are capable of producing fine surface finishes.
In conclusion, slotting and shaping are two important machining techniques that are commonly used in the manufacturing industry. While these techniques share some similarities, such as the use of reciprocating motion to cut material, they differ in the machines and processes involved. Understanding the differences between slotting and shaping can help manufacturers choose the right technique for their specific needs, resulting in more efficient and precise machining operations.
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