Automatic ultrasonic nonwoven fabric slitting and cutting machine is designed for continuous processing of flexible roll materials with ultrasonic longitudinal slitting, edge sealing and cross cutting.

Automatic Ultrasonic Nonwoven Fabric Slitting and Cutting Machine

The CSBFQJ(1600) automatic ultrasonic nonwoven fabric slitting and cutting machine is designed for continuous processing of flexible roll materials. It combines ultrasonic longitudinal slitting, edge sealing and cross cutting in one production system, making it suitable for nonwoven fabrics, laminated films, needle-punched cotton, home-textile materials, wiping cloth and filter media. Ultrasonic melt cutting seals the cut edge at the same time, helping prevent loose fibers and fraying.

Core Advantages

• Continuous ultrasonic slitting, sealing and cross-cutting workflow
• Clean sealed edges without loose fibers
• Standard 20 kHz ultrasonic system, with an 18 kHz high-power digital ultrasonic generator available for cotton materials above 300 GSM
• Working widths from 1.6 m to 3.0 m available
• Standard configuration with two ultrasonic longitudinal cutters and one ultrasonic cross cutter
• Minimum longitudinal cutter spacing of 200 mm
• Up to three sets of cross cutters can be configured
• Non-standard machine customization is supported

Technical Specifications

Custom Cutting Configuration

The standard quoted configuration includes two ultrasonic longitudinal cutters and one ultrasonic cross cutter. The machine can be supplied in working widths from 1.6 m to 3.0 m, and up to three sets of cross cutters can be configured. Non-standard configurations are available according to the buyer’s material and production requirements.

Three Output Systems

1. Longitudinal slitting and rewinding: continuous roll slitting and rewinding without a cross cutter.
2. Slitting, cross cutting and drop collection: longitudinal slitting followed by ultrasonic cross cutting and automatic drop collection.
3. Servo pulling and stacking: servo robotic material pulling with automatic stacking after cutting.

Applicable Materials and Industries

Materials: spunbond nonwoven, meltblown fabric, needle-punched cotton, PE laminated film, home-textile fabric, wiping cloth and filter media.

Industries: medical disposables, mother and baby disposable products, cleaning supplies, air filtration materials, hotel textiles and protective fabric processing.

Delivery and After-Sales Support

• Delivery time: 25 working days after receipt of the down payment
• Packaging: stretch-film packaging
• Quality warranty: one year
• After-sales service: lifetime support

Production Planning and Equipment Selection

This automatic ultrasonic nonwoven fabric slitting and cutting machine can be configured around the buyer’s roll width, material type and required finished-piece handling. Buyers can discuss material samples, working width and output requirements with Sunlay Auto before confirming the selected configuration.

Related Nonwoven and Film Converting Equipment

For related ultrasonic converting processes, see the 70 Series Ultrasonic Lace Sewing Machine, Automatic Ultrasonic Fabric Laminating and Embossing Machine, Automatic Ultrasonic Quilting and Laminating Machine, and Single and Double Head Ultrasonic Spot Welding Machines.

Equipment Inquiry

Share your material specification, finished product size and preferred output method with 尚浙来自动化 to request configuration guidance and a quotation.

Material and Finished Roll Requirement Review

The automatic ultrasonic nonwoven fabric slitting and cutting machine should be reviewed using the buyer’s roll-material specification, working width, finished strip or sheet size and required collection method. Material samples help assess the documented ultrasonic slitting, edge sealing and cross-cutting process against the intended application. Before order confirmation, buyers can also provide their electrical standard, planned output and factory layout for a practical configuration discussion.

首页 | 产品中心 | 关于我们 | 联系我们

This review supports selection of the appropriate operating arrangement without altering the documented machine functions or material scope.