Robotic Arm Laser Welding Machine

Industrial robotic arm fiber laser welding system combining articulated robot automation with AMAX fiber laser source — 1,500W to 6,000W, automated weld programming, small HAZ, consistent penetration, designed for automotive, battery, and precision production lines.

Product Overview

The AMAX Robotic Arm Fiber Laser Welding Machine integrates an articulated robotic arm with a precision fiber laser welding system — bringing automated, repeatable, and programmable laser welding capability to manufacturers who require consistent weld quality at production volumes that manual welding cannot sustain economically or consistently.

Available in DH-1500W, DH-2000W, DH-3000W, and DH-6000W configurations, the robotic laser welding system is designed for high-volume automotive component welding, new energy battery module manufacturing, precision alloy part production, and any application where the same weld must be reproduced identically thousands of times across multiple production shifts.

The system delivers continuous high-power output with precise temperature control, producing welds with small heat-affected zones, consistent penetration depth, smooth surface finish, and uniform bead geometry — with the robotic arm positioning the laser head with sub-millimeter repeatability at programmable travel speeds. Every weld is the same as the last, regardless of operator fatigue, shift change, or production pressure.

Feature Icon

Articulated Robotic Arm

Robotic positioning delivers the same weld, every cycle, without operator variation.

Feature Icon

High-Power Fiber Laser

Scalable power covers all production welding from light fabrication to heavy EV battery modules.

Feature Icon

Minimal HAZ

Small heat-affected zone protects component integrity in assemblies where heat accumulation causes problems.

Feature Icon

Programmable Weld Paths

Programme once, repeat perfectly — integrates directly with automated production line control.

Feature Icon

Articulated Robotic Arm

Robotic positioning delivers the same weld, every cycle, without operator variation.

Feature Icon

High-Power Fiber Laser

Scalable power covers all production welding from light fabrication to heavy EV battery modules.

Feature Icon

Minimal HAZ

Small heat-affected zone protects component integrity in assemblies where heat accumulation causes problems.

Feature Icon

Programmable Weld Paths

Programme once, repeat perfectly — integrates directly with automated production line control.

Capabilities & Features

Product Specification

Product Specification

Category

Details

ROBOTIC WELDING APPLICATIONS


  • Automotive panel and chassis welding

  • EV battery module welding

  • Precision alloy component welding

  • High-volume repeat joint welding

COMPATIBLE MATERIALS


  • Carbon steel and mild steel — all structural and precision grades

  • Stainless steel — 304, 316, duplex, and specialty alloy grades

  • Aluminium and aluminium alloys — including battery-grade aluminium

  • Copper and copper alloys — including battery tab and busbar welding

  • Galvanized and coated steel — with nitrogen shielding

  • Titanium and nickel alloys — for aerospace and high-temperature

BG Gradient

Common questions

Frequently asked questions

Does the robotic arm come with the machine, or is it sourced separately?

The AMAX robotic laser welding system is supplied as an integrated package — laser source cabinet, robot arm, welding head, and control system — designed and configured by AMAX for laser welding applications. This integrated approach ensures compatibility between the laser source power, the welding head optics, and the robot arm payload and reach specifications. AMAX engineers configure and commission the complete system as a single installation, with no integration risk between separately-sourced components.

How long does it take to programme a new weld path for a new component?

Can the robotic system weld battery modules for EVs and energy storage?

What safety infrastructure is required for a robotic laser welding installation?

What is the return on investment for switching from manual laser welding to robotic laser welding?

Does the robotic arm come with the machine, or is it sourced separately?

The AMAX robotic laser welding system is supplied as an integrated package — laser source cabinet, robot arm, welding head, and control system — designed and configured by AMAX for laser welding applications. This integrated approach ensures compatibility between the laser source power, the welding head optics, and the robot arm payload and reach specifications. AMAX engineers configure and commission the complete system as a single installation, with no integration risk between separately-sourced components.

How long does it take to programme a new weld path for a new component?

Can the robotic system weld battery modules for EVs and energy storage?

What safety infrastructure is required for a robotic laser welding installation?

What is the return on investment for switching from manual laser welding to robotic laser welding?

Get in touch

Start your precision manufacturing journey

BG Image