Ultrasonic Metal Welding Machine

Model: AC-D6800
Frequency: 28KHz, 35KHz
Welding Time: 0.01-9.99s
Overall Dimension: L2412mm*W1800mm*H2755mm
Weight: 3.0T

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Product Introduction

Multi-Head Ultrasonic Welding Machine

Main Functions:

1. Diversified combination modes of multiple groups of vibrators; the forward and backward movement is controlled by servo + lead screw, ensuring precise welding and rational application of space.

2. Each welding unit is equipped with a displacement sensor, which can independently control the welding position and depth.

3. The ultrasonic system has energy control and a strong system self-protection function.

4. PLC programmable microcomputer control system, with man-machine interface to adjust welding parameters.

Specifications and Parameters:

Model: AC-D6800

Frequency: 28KHz, 35KHz

Welding Time: 0.01-9.99s

Overall Dimension: L2412mm*W1800mm*H2755mm

Weight: 3.0T

Application Scope: Automotive interior parts, rear spoilers, toys, etc.

Product Advantages:

Suitable for mass production

Applicable to production lines with strict requirements on production rhythm, and its efficiency is much higher than that of a single ultrasonic spot welding machine.

Suitable for multi-welding-spot products

Applicable to products with two or more welding spots on one product.

Suitable for large or complex workpieces

Applicable to workpieces that need to bear force at the same time to ensure flatness and sealing; also suitable for products with high precision requirements, avoiding multiple positioning errors and the impact of sequential welding stress.

Low equipment investment cost

Compared with purchasing multiple single-head ultrasonic welding machines, one multi-head machine occupies a smaller area and has a lower overall cost, which is more economical than using multiple independent ultrasonic spot welding machines.

Reduced labor cost

One operator can operate one multi-head machine, replacing the work that requires operating multiple single-head machines or performing multiple clamping, reducing labor demand.

Better energy efficiency

A single power system and control system have lower comprehensive energy consumption than multiple independent devices.