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Thermoplastic Joining

HOT PLATE WELDING SYSTEMS

Structural strength and 100% leak-tightness for complex geometries. Servo-driven joining technology with precise heat control for large-volume plastic parts.

[ HIGH-STRENGTH BONDING ]

We Go Beyond
Ultrasonic Limits.

Fabarsa designs hot plate welding machines that deliver high leak-tightness and structural strength when joining large or complex thermoplastic parts.

Where ultrasonic welding is insufficient on large surface areas, our systems provide micron-level repeatability with servo motion control and PID-based heat management. Each cycle produces smooth weld seams with thermal pressure optimized for the specific material.

Engineering Analysis //

"Before welding, we analyze your part design (rib design) and simulate the ideal weld depth and time during the engineering phase."

[ OPERATIONAL POWER ]

Why Fabarsa
Hot Plate Technology?

RECIPE MANAGEMENT

Fast model changeovers with unlimited parameter storage and quick changeover infrastructure.

LEAK-TIGHTNESS GUARANTEE

High-pressure joining fully compatible with leak tests.

ENERGY SAVINGS

Insulated plate design and low-power standby software.

FUME EXTRACTION

Integrated vacuum systems and an enclosed safety cabin for process gases.

INDUSTRY FOCUS

  • Automotive

    Headlamps, tail lamps, fuel tanks and manifold assemblies.

  • White Goods

    Leak-tight welding for drums, water pockets and wash arms.

  • Industrial

    Battery housings, pallets and large leak-tight containers.

PRECISE
CONTROL

SERVO-DRIVEN MOTION

Approach and joining distances are controlled with micron-level precision via servo motors instead of pneumatic cylinders.

PID TEMPERATURE CONTROL

The temperature of every point on the heating plate is monitored in real time to ensure a homogeneous melt surface.

Zero Leaks,
Maximum Strength.

PROFESSIONAL JOINING SOLUTIONS

Let’s Analyze
Your Parts Together.

Share your material data and leak-tightness targets, and we’ll propose the best hot plate configuration and a cycle-time analysis.