Industrial Plastic Welding & Assembly Solutions

Dukane offers a range of plastic welding and assembly solutions, including ultrasonic welding, laser plastic welding, vibration welding, spin welding, hot plate welding, heat staking, particulate-free welding, and rotary ultrasonic solutions. These technologies support applications ranging from small precision assemblies to large plastic components, depending on the material, part design, production volume, and performance requirements.

Each process is suited to different applications. Ultrasonic welding is often used for fast, repeatable joining of smaller thermoplastic parts. Laser welding is useful for precise, clean welds with minimal particulate. Vibration welding is commonly used for larger plastic parts. Spin welding is suited for round or cylindrical components. Hot plate welding is often used for larger or more complex joints that require strong, consistent bonds.

Dukane plastic welding and assembly systems are used across industries such as medical devices, automotive, packaging, electronics, consumer products, filtration, and industrial manufacturing. Applications may include housings, fluid delivery components, filters, sensors, containers, enclosures, interior trim, and other thermoplastic assemblies that require reliable joining or sealing.

Yes. Different plastic welding processes have different material requirements. Ultrasonic welding works best with compatible thermoplastics and well-designed joints, while laser welding depends on how materials transmit and absorb laser energy. Vibration, spin, and hot plate welding may be better suited for larger parts, circular components, or materials that need more heat input. Dukane can help review your resin, additives, color, part geometry, and performance requirements to recommend the right process.

Yes. In many applications, plastic welding can replace adhesives, screws, solvents, clips, or other mechanical fasteners. Welded joints can reduce assembly steps, eliminate consumables, improve repeatability, and create cleaner finished parts. The best joining method depends on the material, part design, strength requirements, appearance needs, and production goals.

To help Dukane recommend the right plastic welding or assembly process, share details about your material, part size, joint design, production volume, strength or sealing requirements, cosmetic expectations, cycle time goals, automation needs, and any current assembly challenges. If available, drawings, sample parts, and performance requirements can help Dukane evaluate the application more efficiently.

Yes. Dukane can help review your material, part geometry, joint design, production goals, and quality requirements before recommending a process. Application testing can help confirm weld strength, seal performance, appearance, cycle time, and repeatability before moving into production.