Sausage Enema Machine Versatile Quantitative Adjustable Industrial Sausage Machine
Sausage Enema Machine Versatile Quantitative Adjustable Industrial Sausage Machine
| Hopper capacity | 30L |
| Diameter of intestine | 18/16/12 |
| Material | Stainless steel |
| Filling method | Kink |
| Number of kinks | 60/min |
| Quantitative range | 30-3000g Adjustable |
| Power supply | Customizable |
| Power | 0.55KW |
| Size | 1160*640*1470mm |
| Weight | 200kg |
The Sausage Enema Machine is a pneumatic quantitative automatic twisting sausage stuffer. It uses the cylinder to drive the piston to move up (filling) and down (sucking) in the quantitative cylinder to complete the filling function. The Sausage Enema Machine is small in size and low in investment. It is suitable for filling various sausages, ham and canned products. It is suitable for small and medium-sized meat processing enterprises. The machine adopts computer-aided design, compact structure, reasonable design, beautiful appearance, and the parts in contact with meat and the outside are all made of high-quality stainless steel. It is simple to operate, easy to clean, accurate in quantity, and the error does not exceed ±0.3 grams. It can not only automatically twist, but also quantitatively fill to achieve fully automated production.
Structural introduction of Sausage Enema Machine:
1. This machine is mainly composed of feeding part, quantitative part, main cylinder, cylinder, rotary valve cylinder, twisting rotation system, twister, discharging part, etc.
2. The quantitative part is mainly composed of quantitative guide rod, fine-tuning nut, positioning bumper, and positioning screw. It is mainly used to adjust the quantitative amount and adjust according to needs.
3. The feeding part is mainly composed of hopper, quantitative cylinder, piston rod, piston, sealing ring, flange, etc.
4. The power of feeding comes from the air source of the main cylinder, and the main cylinder drives the piston rod to control the feeding. The main cylinder is located at the rear and lower part of the machine.
The air source power from the rotary valve cylinder is used to control the rotating arm, which drives the rotary valve, and the rotation of the rotary valve controls the discharging.
The twisting system mainly uses compressed air as power to convert the linear motion of the cylinder into rotational motion, which is transmitted to the twister through the sprocket chain, and the twisting synchronizer is twisted synchronously with the casing tube through the synchronous coupling.
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