• Direct vibration (vibrator)

Direct vibration (vibrator)

Eight processes of vibrating plate customization service:
1. Appointment consultation with customers: early communication with customers to understand technical requirements;
2. Incoming material test: the customer sends a small amount of material, and the Hechang vibrating plate factory passes the material evaluation;
3. Preliminary project evaluation plan: The project conducts preliminary structural design and parts material evaluation based on materials;
4. Confirmation of technical communication: Hechang Vibration Plate Factory confirms technical requirements and complete machine accessories;
5. Quotation and signing of the contract: According to the customized plan of the designed vibrating plate, sign the contract and pay the deposit;
6. Engineering perfect design: according to the confirmed technical scheme, perfect the design logic of the vibrating plate;
7. Vibration plate production: arrange factory production, commissioning and installation of the whole machine vibration plate;
8. Ship to the customer: After the stability of the material is tested, it will be shipped to the customer's factory;

Shanghai Hechang vibration plate vibrator VS traditional chassis vibration plate vibrator
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Contrast content
Traditional chassis vibration plate vibrator
Shanghai Hechang vibrating plate vibrator
Installation method
Complex structure, inconvenient installation and maintenance
Simple structure, more convenient installation and maintenance
Appearance
Discordant appearance
Beautiful and generous, the color contrast is pleasing to the eye
safety
Low, easy to cause electric shock
Must be grounded, not easy to short circuit and leakage, extremely safe
Noise value
Very loud noise, long-term exposure to the noise environment generated by the vibrating plate can easily cause great damage to the ears
Working in low frequency or ultrasonic range, the noise is very small, even when working, it does not affect listening to music
Stability
The frequency is unstable, the voltage is difficult to control, the spring leaf stress decays quickly and zero
The running stability of the parts is poor, and the phenomenon of material jam, skipping or reversal is easy to occur
Both frequency and voltage are controlled by a dedicated controller with high stability. The spring stress decay rate is low. Even if small parts are transported, it can have ultra-stable working performance
Reliability
Large vibration amplitude, low frequency, low accuracy of material selection, easy to cause irreversible damage to the surface of the parts being transported
The vibration amplitude is small, the frequency is high, the material selection is accurate, and the wear of the parts is minimized
Controllability
Weak, need to adjust the electromagnet and spring leaf to find the frequency
Use a dedicated controller to change any of the amplitude, pulse width and frequency of the drive signal, and the delivery rate can be adjusted. There are many control parameters and good controllability.
Energy consumption
High energy consumption, easy to generate heat, easy to cause irreversible damage to key parts such as springs
Work in resonance or non-resonance state, so energy consumption is minimal, and environmental protection and energy saving are achieved
Feeding capacity
There are few parts that can be conveyed, and it is easily restricted by the specifications of the parts.
From very small parts such as IC chips to larger parts such as plastic or metal skeletons, our vibration chassis can transport
Service life
Shoddy, short life span
Using very reasonable design and advanced technology production process, so the life is very long
purchase cost
High cost
Low cost, it is a better choice to replace foreign imported products
Date of manufacture
Complex structure and long assembly time
Simple structure, easy to process and make, so the manufacturing date is short
Overhaul and maintenance
Complex maintenance operations
very simple

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