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Laser Welding Machines

Automated laser welding systems for sensors, housings, busbars and thin-sheet parts — narrow seams, low heat input and minimal distortion.

Low Heat Input

Minimal distortion

Narrow Seams

Precise, clean welds

Non-Contact

No tool wear

Automated

Fixtures, axes or robots

Overview

Precision Joining With Laser Welding

Laser welding joins parts with a focused beam, creating narrow, strong welds with very little heat entering the part. That makes it ideal for small, precise and heat-sensitive components such as sensors, electronic housings and EV busbars.

We build automated welding cells with fixtures, motion axes and safety enclosures for your parts.

Precision Fixtures

Clamping that holds parts accurately for consistent welds.

Motion Systems

Axes, rotary tables or robots to follow the weld path.

Laser Safety

Enclosed, interlocked welding cells.

Process Monitoring

Weld parameters logged for each part.

Applications

Typical Laser Welding Applications

Process trials recommended for new applications.

Laser welding special purpose machine
01

Sensor & Housing Welding

Sealed welding of sensor bodies and small housings.

02

Busbar & Tab Welding

Joining of busbars and connection tabs for EV and electrical assemblies.

03

Thin-Sheet Welding

Low-distortion welding of thin stainless and steel sheet parts.

04

Circular & Seam Welding

Rotary welding of round parts and continuous seams.

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Laser Welding Machines

Laser Cutting & Welding

Details

Everything You Need to Know

Buyer's Guide

Automated Laser Welding: Process, Machine Options and Trials

In automated laser welding, a focused laser beam is moved along the joint by motion axes or a robot while the part is held in a precision fixture inside a laser-safe enclosure. Motionworks Robotics builds laser welding machines and automated laser welding workstations in Gurgaon for sensors, housings, busbars and thin-sheet parts.

When Laser Welding Is the Right Process

  • Small or precise parts where a conventional torch cannot reach or would overheat the part
  • Heat-sensitive assemblies such as sensors and electronic housings
  • Sealed joints that must be continuous and narrow
  • Thin sheet where distortion has to be kept low
  • Seams that stay visible and need a clean appearance

For thicker structural parts such as brackets and frames, MIG/MAG or TIG welding in a robotic welding cell is usually the more economical route.

Laser Welding Machine Options

Part of the machineOptions
MotionMoving fixture under fixed optics, a rotary axis for circular welds, or a welding head carried by a robot
Part holdingDedicated precision fixture, multi-part nests, or a rotary indexing table so loading does not stop welding
LoadingManual-load workstation, automatic pick-and-place or robot loading, or a station inside an assembly line
Laser sourceType and power are selected after weld trials on your part
SafetyFully enclosed, interlocked laser-safe cabin
Process recordWeld parameters logged for each part, with seam checks where required

Why Weld Trials Come First

Laser welding is sensitive to joint design, the gap between the parts, the material and any coating on it. That is why we recommend process trials for every new application: you send sample parts, we weld them, and the trial establishes the parameters, the strength and the appearance of the seam before the machine is designed around it.

What to Send Us for a Quotation

  • Part drawings and sample parts for a weld trial
  • Material, thickness and any plating or coating
  • Joint type and the seam length or diameter
  • Strength, sealing or appearance requirements
  • Volume per shift and number of part variants

Related: laser marking machines, inline laser marking with vision, ultrasonic welding and marking machine and EV manufacturing machines.

FAQ

Frequently Asked Questions

Can’t find your answer? Talk to our engineers — we’re happy to help.

It is laser welding in which the part is held in a fixture and the beam is guided along the joint by programmed axes or a robot, so every part receives the same weld without relying on operator skill.

Stainless steel and carbon steel weld readily. Busbar materials such as copper and aluminium can also be welded but need more careful parameter selection, which is one reason we recommend trials on your parts.

The laser puts far less heat into the part and makes a much narrower seam, with no filler wire in most cases and no contact with the part. MIG and TIG remain the better choice for thicker structural joints.

Yes. The welding takes place inside a fully enclosed, interlocked cabin, so the laser cannot run while a door is open.

Yes. Send us sample parts and we will run process trials to confirm that the joint can be welded and to fix the parameters.

At our works in Gurgaon, Haryana. We supply manufacturing plants across India.

Industries We Serve

Automotive
Two-Wheeler
Electronics
Medical Devices
Tools & Hardware
Electric Vehicles

Explore Laser Welding for Your Parts

Send us your part drawings, process details and target output. Our engineers will study your requirement and propose the right machine.

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