Wave Soldering Uphill Platform/Downhill Platform
pcb loading machine
pcb loading machine
  • pcb loading machine
  • pcb loading machine

Wave Soldering Uphill Platform/Downhill Platform

The Wave soldering uphill platform/downhill platform is an essential equipment used in the SMT line. It connects between the chip mounter and wave soldering machine, allowing for efficient soldering. It is designed for high speed, high accuracy soldering, and is easy to operate and maintain. It is also highly reliable, providing a stable and safe soldering environment. With its advanced features and reliable performance, this equipment is perfect for any SMT line.

Contact us
Inquiry Basket
OEM:
Available
Sample:
Refuse
Payment:
T/T,Western Union
Place of Origin:
China
Shipping:
Sea freight
Supply Ability:
200 unit per Month

Technical Parameters of Products

Description

This equipment is used to connect between chip mounter and wave soldering machine before soldering in the SMT line

Power source

The 220V/AC plug is equipped with a 13A square plug

Frame

40*40 aluminum groove

Fixed edge of track

Front side fixed

Surface treatment

Powder coating ivory white

Transmission mode

25W ZD speed motor

Transport direction

Left to right or right to left

 

Features of Products

1. Equipment Function

The wave soldering uphill platform/downhill platform is used to connect between the chip mounter and wave soldering machine before soldering in the SMT line.

2. Power Source

The equipment is compatible with 220V/AC plug that comes equipped with a 13A square plug.

3. Frame Material

The wave soldering uphill platform/downhill platform is constructed from 40*40 aluminum groove, which provides structural rigidity and support.

4. Fixed Edge of Track

The front side of the track is fixed, ensuring stability of the PCBs during transportation.

5. Surface Treatment

The equipment has been treated with powder coating ivory white, giving it an attractive appearance while also protecting it against rust and corrosion.

6. Transmission Mode

The wave soldering uphill platform/downhill platform is equipped with a 25W ZD speed motor for efficient and reliable transportation of PCBs.

7. Transport Direction

The equipment supports transport direction both from left to right and from right to left, providing flexibility for different production needs.

 

Advantages of Wave soldering uphill platform/downhill platform

Efficiency Improvements: Implementing a wave soldering uphill platform/downhill platform can significantly improve the efficiency of SMT production lines by automating the transportation of PCBs between different machines.
Reduced Labor Costs: By automating the transportation of PCBs, the need for manual labor is reduced, which can help to lower overall labor costs.
Reduced Risk of Damage: Manually transporting PCBs between machines can be risky and may result in damage to the components. A wave soldering uphill platform/downhill platform provides a safer and more secure method for transporting PCBs, reducing the risk of damage.
Improved Quality Control: By automating the transportation process, the risk of human error is also reduced, which can lead to improved quality control and higher-quality end products.
Flexibility: Wave soldering uphill platforms/downhill platforms typically support transport directions from left to right and right to left as well as different PCB sizes and shapes. This provides flexibility in terms of production needs and can adapt to changing requirements.
Space-saving: The compact design of the equipment can save space in the production line, which can be especially valuable in facilities with limited space.
Cost-effective: Implementing a wave soldering uphill platform/downhill platform can be a cost-effective investment for SMT manufacturers due to the efficiency improvements, reduced labor costs, and improved quality control.
 
公司详情页.jpg

Contact us

Name

Name can't be empty

* Email

Email can't be empty

Phone

Phone can't be empty

Company

Company can't be empty

* Message

Message can't be empty

Submit