- Engineering Capabilities
Multiple Types of Plastic Weldings
ENGINEERED EFFICIENCY FOR DEMANDING APPLICATIONS
We deploy advanced plastic welding technologies — including ultrasonic, vibration, and heat welding — to deliver permanent, high-strength bonds between thermoplastic components. Our capabilities are built around precision, consistency, and process control, making us a trusted partner for critical applications across automotive, appliances, defense, and industrial sectors.
From instrument panels and fuel tanks to sensor housings and air ducts, our welding stations are designed for tight seam tolerances, stress distribution, and long-term durability. Every weld is validated through real-time monitoring systems, post-process inspections, and performance tests for temperature, vibration, and fluid resistance.
Welded Plastic Components
We use ultrasonic, vibration, and heat welding methods depending on the material, geometry, and performance requirements.
- Sensor Housings: Precision-sealed for use in vehicles, appliances, and industrial automation.
- Washer & Coolant Reservoirs: Leak-proof and dimensionally stable — critical for fluid systems in automotive and engineering tools.
- Instrument Clusters & Meter Covers: Welded for visual clarity, vibration resistance, and IP-rated protection.
- Battery Enclosures: Robust sealing for EV, defense, and drone batteries — tested for heat, drop, and ingress protection.
- Air Ducts & HVAC Components: Welded assemblies for reliable airflow in vehicles, appliances, and enclosures.
- Trim Parts & Mounting Clips: Seamlessly fused plastic parts for dashboards, consoles, and vehicle interiors.
- Fluid Tanks & Caps: Welded for structural strength, sealing performance, and pressure containment.
- Protective Covers & Brackets: Used across aerospace, white goods, and solar applications where assembly integrity is vital.
Built on Process Control
We use real-time monitoring, weld force feedback, and calibrated tooling to ensure consistency across every joint. Whether the weld demands tight fusion depth, repeatability, or high fatigue strength — our systems deliver with engineered precision.
Applications & use cases
Plastic welding is used for joining complex plastic assemblies across industries—ideal for achieving leak-proof joints, embedded sensors, and seamless enclosures without mechanical fasteners.
- Automotive
- Earth Movers & Heavy Vehicles
- Two & Three Wheelers
- White Goods & Appliances
- Solar
- Railways
- Defense
- Drones
- Aerospace
- Engineering Tools
