Automatic Wire Cutting and Stripping Machine

Detailed Description

For high-volume manufacturing of complex automotive interior parts, this Automatic 15 KHz Ultrasonic Plastic Welding Machine provides unparalleled speed and repeatability. The 15 KHz system delivers robust welding power necessary for the multi-point joining of large dashboard components, often involving materials like ABS and PC/ABS blends, which have excellent weldability. The machine is configured for Automatic operation and uses Digital Control to monitor and adjust parameters in real-time using the Energy Mode, ensuring that every weld meets the demanding structural integrity required for vehicle interiors. This high-performance machine ensures minimal cycle time and reliable, rattle-free assembly.

Key Features

• Fully Automatic Operation: Seamless integration with automated feeding and removal systems for high throughput.

• Energy Mode: Guarantees precise weld depth and consistent structural bond strength across multiple weld points.

• Robust 15 KHz System: Optimized for the large surface area and material thickness of dashboard components.

• 2600W Power: Provides the needed reserve power for welding large fixtures and complex geometries.

• Compatibility Focus: Excellent direct welding performance on ABS, PC, and PMMA automotive polymers.

• Digital Control: Microprocessor-based system for superior quality control and data login

Product Applications

• Automotive Instrument Panel and Console Assembly

• Internal Structural Joining of Dashboard Vents

• Attachment of Plastic Brackets to Large Panels

• Vehicle Interior Trim and Component Welding

Additional Information:

• Production Capacity: 500-600 pcs / hours
• Delivery Time: Ready stock

Detailed Description
 
Designed specifically for the precise and strong multi-point joining required in car door panel manufacturing, this 15 KHz Ultrasonic Plastic Welding Machine delivers the perfect balance of power and control. Door panels often involve welding various materials (e.g., ABS substrate to PP liner) across a large, irregularly shaped area. The 15 KHz frequency provides the necessary high amplitude to achieve a strong structural bond in thick plastic layers. This machine utilizes a specialized fixture to hold the complex geometry of the panel, ensuring that all welding points are hit simultaneously and consistently, resulting in a perfectly fitted, rattle-free final product. The quick-cycle time supports the high-speed production demands of the automotive sector, focusing on materials with high direct weldability like ABS and managing more complex PP joins.
 
Key Features
 

Multi-Point Welding Capability: Effectively welds numerous points on a complex door panel in a single cycle.

15 KHz Power Delivery: Ensures deep, consistent structural weld strength required for vehicle safety.

Custom Fixturing: Designed to precisely hold large, irregularly shaped door panels (Tooling not included).

Compatibility: Strong performance on ABS and effective welding of PP using appropriate techniques.

Superior Weld Consistency: Eliminates stress whitening and ensures a strong bond.

Semi-Automatic Operation: Optimized for operator ease of use and high-volume output.

 
Material Compatibility
 
MaterialUltrasonic WeldabilitySimilar Material Compatibility (Blends)A. B. S.Direct Welding (Excellent)P. C./A. B. S., P. A. 6P. P.Difficult (Requires Energy Directors)P. E.P. V. C. (Rigid)Direct Welding (Good)P. V. D. C.P. C.Direct Welding (Excellent)P. C./A. B. S.

Detailed Description
 
The 3200 Watt Ultrasonic Plastic Welding Machine is the highest power offering in the 15 KHz category, specifically configured for welding large containers and enclosures made from materials like High-Density Polyethylene (HDPE). Since HDPE (P. E. in the chart) is a semi-crystalline plastic with more difficult weldability, the significant 3200W output and precise Digital Energy Mode are essential. The system is optimized to use the necessary energy directors to create a durable, leak-proof seal. The machine features a powerful pneumatic system and a robust frame (approx. 120 kg) to handle the weight and large size of industrial containers, ensuring consistent force and weld quality across the entire seam.
 
Key Features
 

Maximum Power 3200W: Highest available power at 15 KHz for welding challenging, large volume materials like HDPE.

HDPE Optimization: Highly effective at fusing crystalline polymers when using the precise Energy Welding Mode.

Leak-Proof Sealing: Guarantees strong, hermetic seals essential for liquid and chemical storage containers.

Welding Mode Focus: Energy Mode is critical for consistent results with P. E. (HDPE) and P. P.

Large Workspace: Accommodates large fixtures for industrial container and tank components.

Durable Construction: Built for continuous, heavy-duty operation.

Detailed Description
 
This Industrial 15 KHz Ultrasonic Plastic Welding Machine is designed to meet the rigorous quality demands of filter manufacturing, where a 100% leak-proof seal is paramount. The powerful 15 KHz frequency and 4200 Watt power ensures that large-diameter filter bodies—often made of PP, PC, or PS—are fused completely and securely. The machine's Digital Control with Energy Mode is essential here, as it compensates for minor material variations between filter batches, ensuring consistent energy delivery for hermetic sealing. Its sturdy build (approx. 110 kg) and configurable Titanium or Aluminum horns make it perfect for continuous high-speed industrial filter production.
 
Key Features
 

Hermetic Sealing Capability: Guarantees a 100% leak-proof weld essential for critical air, oil, or water filter applications.

Energy Mode: Crucial for managing variations in materials like PP and maintaining seal integrity.

15 KHz Power: Provides deep penetration welding required for thick plastic filter casings.

Digital Control: Offers fine-tuned control over the welding process for precision sealing.

Weldability: Highly effective for direct welding of PC (Polycarbonate) and PS (Polystyrene) casings.

Horn Options: Selection between Titanium (durable) and Aluminum (cost-effective) based on tooling needs.