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1,600epm D73mm Tinplate EOE Line
产品编号:
1051273594866065408
Operation:
Automatic
Can Size:
D73/83/99mm
Speed:
1,600epm
Line Dimension:
Line Weight:
50-Ton Approx.
Classification:
keyword:
tinplate eoe line
eoe conversion line
eoe making line
eoe production line
easy open end line
tin can end line
Product Overview
1,600epm D73mm Tinplate EOE Line
Name | Automatic Easy Open End (EOE) Making Line |
Model | 1#/2# |
Usage | It's used for punching basic lid of easy open end |
Nominal Pressure | 60T / 120T |
Slide Block Stroke | 105mm / 120mm |
Stroke |
Max.200 strokes/min (Ø52-99mm); Max.150 strokes/min (Ø99-153mm) |
Max. Die Number on 60T | Max. 2-die (Ø52-99mm) & 1-die (Ø99-153mm) |
Max. Die Number on 120T | Max. 7-dies (Ø52-99mm) & 2-die (Ø99-153mm) |
Power | 25KW / 35KW |
Dimension |
L4,500 x W2,800 x H3,000 (mm) L5,500 x W3,200 x H3,200 (mm) |
Weight | 6.5T / 12T Approx. |
EOE Manufacturing Process
The EOE. Manufacturing process can be divided into two major steps. First, make the base shell end (B/S). Then, combine the shell end with the pull tab to form an EOE.
Basic Shell End Manufacturing Process:
Scroll Shearing/Slitting → Feeding → Basic shell end making → Curling → Lining → Drying → Testing → Packaging;
Basic Shell End and Pull Tab Conversion Process:
Bubbling → Sizing → Rivet → Ridge → Groove → Connection → Die → End top shaping → Online photodetection → Package counting;
Ring Pull Tab Manufacturing Process:
Punching, guide hole → countersink, punching → punching countersink → vacancy → Ring pull cutting → Pre-rolling → Vacancy → Forming → 90degree bending → Vacancy → Rivet Punching → Vacancy → Curling → Rivet Punching and Sizing.
Quality control is in accordance with the requirements of the process drawing: Check ring pull tabs for dimensions and shape each step of the production process, and pay attention to the condition and overall operation of guide pins.
EOE Manufacturing Process
The EOE. Manufacturing process can be divided into two major steps. First, make the base shell end (B/S). Then, combine the shell end with the pull tab to form an EOE.
Basic Shell End Manufacturing Process:
Scroll Shearing/Slitting → Feeding → Basic shell end making → Curling → Lining → Drying → Testing → Packaging;
Basic Shell End and Pull Tab Conversion Process:
Bubbling → Sizing → Rivet → Ridge → Groove → Connection → Die → End top shaping → Online photodetection → Package counting;
Ring Pull Tab Manufacturing Process:
Punching, guide hole → countersink, punching → punching countersink → vacancy → Ring pull cutting → Pre-rolling → Vacancy → Forming → 90degree bending → Vacancy → Rivet Punching → Vacancy → Curling → Rivet Punching and Sizing.
Quality control is in accordance with the requirements of the process drawing: Check ring pull tabs for dimensions and shape each step of the production process, and pay attention to the condition and overall operation of guide pins.
EOE Manufacturing Process
The EOE. Manufacturing process can be divided into two major steps. First, make the base shell end (B/S). Then, combine the shell end with the pull tab to form an EOE.
Basic Shell End Manufacturing Process:
Scroll Shearing/Slitting → Feeding → Basic shell end making → Curling → Lining → Drying → Testing → Packaging;
Basic Shell End and Pull Tab Conversion Process:
Bubbling → Sizing → Rivet → Ridge → Groove → Connection → Die → End top shaping → Online photodetection → Package counting;
Ring Pull Tab Manufacturing Process:
Punching, guide hole → countersink, punching → punching countersink → vacancy → Ring pull cutting → Pre-rolling → Vacancy → Forming → 90degree bending → Vacancy → Rivet Punching → Vacancy → Curling → Rivet Punching and Sizing.
Quality control is in accordance with the requirements of the process drawing: Check ring pull tabs for dimensions and shape each step of the production process, and pay attention to the condition and overall operation of guide pins.
EOE Manufacturing Process
The EOE. Manufacturing process can be divided into two major steps. First, make the base shell end (B/S). Then, combine the shell end with the pull tab to form an EOE.
Basic Shell End Manufacturing Process:
Scroll Shearing/Slitting → Feeding → Basic shell end making → Curling → Lining → Drying → Testing → Packaging;
Basic Shell End and Pull Tab Conversion Process:
Bubbling → Sizing → Rivet → Ridge → Groove → Connection → Die → End top shaping → Online photodetection → Package counting;
Ring Pull Tab Manufacturing Process:
Punching, guide hole → countersink, punching → punching countersink → vacancy → Ring pull cutting → Pre-rolling → Vacancy → Forming → 90degree bending → Vacancy → Rivet Punching → Vacancy → Curling → Rivet Punching and Sizing.
Quality control is in accordance with the requirements of the process drawing: Check ring pull tabs for dimensions and shape each step of the production process, and pay attention to the condition and overall operation of guide pins.
EOE Manufacturing Process
The EOE. Manufacturing process can be divided into two major steps. First, make the base shell end (B/S). Then, combine the shell end with the pull tab to form an EOE.
Basic Shell End Manufacturing Process:
Scroll Shearing/Slitting → Feeding → Basic shell end making → Curling → Lining → Drying → Testing → Packaging;
Basic Shell End and Pull Tab Conversion Process:
Bubbling → Sizing → Rivet → Ridge → Groove → Connection → Die → End top shaping → Online photodetection → Package counting;
Ring Pull Tab Manufacturing Process:
Punching, guide hole → countersink, punching → punching countersink → vacancy → Ring pull cutting → Pre-rolling → Vacancy → Forming → 90degree bending → Vacancy → Rivet Punching → Vacancy → Curling → Rivet Punching and Sizing.
Quality control is in accordance with the requirements of the process drawing: Check ring pull tabs for dimensions and shape each step of the production process, and pay attention to the condition and overall operation of guide pins.
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