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Ultrasonic SPM Machine

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MOQ : 1 Number

Ultrasonic SPM Machine Specification

Usage
Industrial

Material
Stainless Steel

Dimension (L*W*H)
1200 mm x 800 mm x 1800 mm

Product Type
SPM

Power
1500 W

Voltage
230 Volt (v)

Frequency
20 kHz

Temperature
Up to 60C

Tank Capacity
50 Liters

Control System
PLC Controlled

Coolant System
Optional

Safety Features
Overload Protection, Emergency Stop Switch

Ultrasonic Generator
Digital Type

Automation Grade
Semi-Automatic

Application
Industrial Cleaning, Welding, or Process Automation

Cycle Time
Adjustable

Body Finish
Polished

Transducer Type
Piezoelectric

Ultrasonic SPM Machine Trade Information

Minimum Order Quantity
1 Number

Supply Ability
10 Per Month

Delivery Time
1-4 Week

About Ultrasonic SPM Machine

Advanced-technology Ultrasonic SPM Machine is available in mild steel material with powder coating. It is designed for ensuring precise results with high-end motor, pump and other easy-to-control PLC. With speedy and excellent processing speed, this machine provides the best results.

Product details

Capacity	3 Ton
Country of Origin	Made in India
Surface Finishing	Powder Coated
Phase	Single Phase
Voltage	220 V
Automation Grade	Automatic
Brand	Johnson Plastosonic
Material	Mild Steel

Superior Cleaning and Automation

This Ultrasonic SPM Machine employs advanced piezoelectric transducers and a digital ultrasonic generator to provide deep, consistent cleaning and welding results. Its semi-automatic operation, combined with PLC control, allows for precision and repeatable cycles, ideal for complex industrial tasks. The robust 50-liter capacity and adjustable cycle times enable operators to customize processes for different materials and contaminant levels, enhancing productivity and product quality.

Durable Design and Reliable Performance

Constructed from polished stainless steel, the Ultrasonic SPM Machine is built to withstand harsh industrial environments. The optional coolant system supports temperature regulation up to 60C, ensuring stable performance for prolonged cycles. Integrated safety features, such as overload protection and an emergency stop switch, provide peace of mind during every use.

FAQ's of Ultrasonic SPM Machine:

Q: How does the Ultrasonic SPM Machine enhance industrial cleaning or welding processes?

A: The machine uses high-frequency (20 kHz) ultrasonic waves generated by digital-controlled piezoelectric transducers to remove contaminants or facilitate precise welding. This method reaches complex geometries and surfaces, delivering superior cleaning or welding uniformity compared to conventional techniques.

Q: What control features are provided on this semi-automatic ultrasonic machine?

A: It is equipped with a PLC (Programmable Logic Controller) system, allowing users to adjust cycle times and customize processing parameters for different applications, delivering reliable and consistent operation with minimal manual intervention.

Q: Where can the Ultrasonic SPM Machine be used effectively?

A: This machine is ideal for use in industrial facilities requiring deep cleaning, welding, or process automation, such as automotive, aerospace, electronic, or metalworking sectors. Its sturdy design and 50-liter capacity make it suitable for both small and large batch operations.

Q: What materials and dimensions does the machine accommodate?

A: The machine is constructed with polished stainless steel, featuring a spacious tank measuring 1200 mm x 800 mm x 1800 mm. This allows it to process a variety of industrial components efficiently while ensuring corrosion resistance and easy cleaning.

Q: When is the optional coolant system recommended?

A: The optional coolant system should be used during extended or high-temperature operations (up to 60C) to maintain optimal performance and safeguard internal electronics and ultrasonic components from overheating.

Q: How do the safety features benefit operators during usage?

A: Integrated overload protection and an emergency stop switch ensure the machine can be shut down quickly in hazardous situations, reducing the risk of accidents and enhancing operator safety during continuous industrial use.

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