Feeding System For Cutlery Manufacturing 3 In 1
- Huizhi Haoda
- China
- 25~45 days
- 1000 sets per month
This feeding system mainly applies to the stainless steel cutlery manufacturing, installed with the hydraulic press or punch press machine, to achieve the automatic production.
This automatic feeder is used for stainless steel fork processing, include fork handle embossing, fork tine cutting and fork cup bending, stainless steel sheet in, fork out.
DGW-002 Feeding System For Cutlery Manufacturing 3 In 1
Features:
1. High efficient production, one feeding system could finished THREE steps of the stainless steel fork manufacturing, they are: fork handle embossing, fork tine cutting and fork cup bending, stainless steel sheet in, fork out.
2. High output, one feeder could process 35~40 pieces per minute.
3. Save labor cost, one worker could operate 2~5 sets of machines with this cutlery feeding system.
4. High precision production, up to 99% succeed production, improve your market competitiveness.
5. Easy operation and maintenance, only need the worker switch on/off the machines, loading/unloading the materials from the feeder.
6. Safety production, no need the worker put hands in the framework of the hydraulic press or punch press machine, avoid production accident.
7. Environmentally friendly and power conservation, 0.02kw per hour.
Operation panel:
Material inlet & outlet - length 900mm, could place around 400 pieces of work pieces.
Specifications:
Thickness of the product | ≤2 | mm |
Length of the product | 100~220 | mm |
Process speed | 35~40 | pcs/min |
Dimension of worktable | L560*W350 | mm |
Dimension of material inlet/outlet | L900*W240 | mm |
Power | 220V | 20W |
Best inquiry with follow information:
1. Photo of the sample.
2. What's material.
3. Minimum and maximum length, weight and thickness of sample.
4. Production capacity and situation of your factory.
Don't hesitate, just email us, you could get the Plan of Automatic Production Line for your product or factory FREELY!
Please send an inquiry with below information: 1. Photo of the sample. 2. What is material, length, weight and thickness (min & max) of the sample? 3. You capacity requirement, and your factory production situation. With this information, our engineers could help you to do the process analysis and find a good production program for you....more