Shenzhen Chuangying Times Technology Co., Ltd. |
|
Model no. | DEYI | Servo Motor | THINGET (France) |
Product name | Cup mask | Control System | DEYI |
Mask Size | 140mm×120mm×50mm | Ultrasonic Generator | 220V, 20kHz, 1.5kW |
Speed | 12-15 pcs/min | Sensor | Panasonic(Japan) |
Material | Non-woven fabric, Melt-blown fabric, Hot air Cotton, Carbon fiber fabric, Mirco filter fabric, etc. | Air Component | SMC(Japan) AIRTAC(Taiwan |
Layers | 3-6 | Belt | (Japan) |
Hot Pressed CupType | Cup Type Can be Customized | Main Base | DEYI |
Ear Strap Fixed Typ | by Stapling (Staple Size:6-7mm L; 1mm W), or by Ultrasonic Welding | Cable | IGUS(Germany) ECHU(China) |
Control Panel | 10 inches touching screen control panel | Cable Carrier | THINGET(China) |
Air Pressure | 0.6MPa | Linear Guide | SILVER(Taiwan) |
Power | 14.5kW | Caster | GLOBE (China) |
Power Supply | 380V/50Hz | Ball Screw | HIWIN(Taiwan) |
Machine Area | 1 x 2.55m x 1.8m (L x W x H) | Safety Device | SICK(Germany) |
Q: How long is the delivery time?
Answer: The general situation is 3-5 days for delivery. If you need
a customized mask shape, it will take 7-10 days. Please refer to
customer service for details.
Question: The machine I want is too inconsistent with what you
showed on the Internet. Can I do it?
Answer: Yes, you need to provide machine pictures and finished mask
pictures.
Question: What should I do if I buy a machine and I won’t install
it back?
Answer: South Korea and Vietnam have after-sales and can be
installed on site. Other countries can send installation videos and
remote video guidance. Many foreign customers install this way. You
only need to install the four screws of the connector of the
filming machine and the earband machine, learn to load the cloth
and operate normally. The company will be equipped with text
version and video version of the whole teaching.
Q: How long is the warranty period?
Answer: The warranty period is one year. The ultrasound is three
months. During the warranty period, the parts are damaged and the
company provides new parts.
The following information comes from the Internet for reference
only
Cup mask machine
What is the process of using a mask machine to produce masks?
Production process of flat masks:
Non-woven step belt feeding and edging — hot pressing — folding forming — ultrasonic earband welding — nose bridge welding — waste removal — finished product output — sterilization — analysis
Production process of N95 cup mask (with breathing valve):
Feeding and edging — hot pressing — manufacturing outer face mask — welding and trimming — mask printing — breathing valve perforation — nose bridge strip welding — pasting inner nose bridge — welding ear bands — welding breathing valve — cup-shaped finished product output — extinguish Bacteria — analysis
Mask machine can produce masks,
What technologies and job knowledge are used in the cup mask machine?
1. Process technology: there must be a detailed process flow, that is, a complete set of action flow
For example, how to start feeding, how to wrap the edges after feeding, and how to shape next...
This process is provided by: [Process Engineer]
2. Mechanical technology: With a complete action process, [mechanical engineer] can design the mechanical structure corresponding to the action, such as useful material tray mechanism, guide mechanism, roller mechanism, spur gear, bearing, sprocket and roller mechanism , Flip mechanism, cam split mechanism, wire drawing welding mechanism, shearing mechanism, conveying mechanism, etc.
This part is designed and completed by: [mechanical engineer]
3. Electrical technology: After the mechanical structure has been established, it needs to be driven and driven by electrical actuators to move it.
For example, the conveyor belt is driven by a motor and a frequency converter, and the cutting positioning is driven by an air cylinder or servo or stepping.
The electrical control programming part uses PLC, touch screen programming control, and also uses the frequency converter, motor, stepping system, servo system, solenoid valve, cylinder, sensor, temperature analog and other technologies
This part is designed and completed by: [Electrical Engineer]