Universal Modular Laser Welding System

The SISMA MODO WELD is a configurable industrial laser welding platform designed to meet complex production requirements across jewellery, automotive, medical, aerospace and precision manufacturing industries. With modular configurations for laser source, optics, automation, control systems and work areas, MODO WELD adapts to each customer’s specific welding process.

Universal Modular Laser Welding System

A Laser Welding Platform Built Around Your Process

The MODO WELD represents a new generation of flexible laser welding systems, combining high-performance fibre laser technology with a fully modular architecture. Unlike conventional laser welding machines with fixed configurations, MODO WELD can be customised according to component size, accessibility requirements, production volume and automation needs.

The system can be configured with different working chamber sizes, control interfaces, movement systems and laser processing solutions, allowing manufacturers to create the ideal welding environment for their application. Available configurations include manual, automated and integrated production solutions, with advanced software control for process management and repeatability.

Designed for industrial environments, MODO WELD provides precise, repeatable laser welding on materials including stainless steel, aluminium and alloys, copper and alloys, gold, silver and titanium alloys. The system delivers deep penetration welding, excellent process control and the flexibility required for demanding manufacturing applications.

Modular Design

Fully configurable laser welding platform tailored to production needs.

Industrial Automation

Designed for automated welding processes and high productivity.

Precision Welding

High-quality fibre laser welding with repeatable results.

Modo Weld

Key Features

MODO WELD combines flexibility, automation and precision to create a customised welding solution for demanding industrial applications.
  • Configurable working areas, laser sources, optics and automation systems.
  • Fibre laser technology with advanced software-controlled welding parameters.
  • Suitable for manual operation, automated production cells and customised integration.

Modo Weld

Precision laser welding of metal components

Technical data
Welding laser sources Fiber 2000 CW
Axes stroke / Working plane area Max. 600 x 470 x 235 h mm (Size M)
Positioning repeatability Up to 10 μm
Available control panels Standard / Plus / Touch
Air supply Dual, independent and adjustable by program
Process gas Self-adjusting
Max. dimensions (L x P x A) Size S: 980 x 1980 x h 2060 mm / Size M: 1300 x 1980 x h 2060 mm
Weight Size S: 1100 kg / Size M: 1300 Kg
  • Regulator of support gas
  • Wire feeder
  • Pendant device for remote axes control

The SISMA MODO WELD is designed for manufacturers requiring a flexible and scalable industrial laser welding solution. Its modular architecture makes it suitable for a wide range of applications where precision, repeatability and automation are essential.

Typical applications include:

  • Automotive component welding
  • Medical device manufacturing
  • Precision engineering
  • Jewellery and luxury goods production
  • Electronic component assembly
  • Aerospace component repair
  • Industrial tooling and specialised manufacturing

The system can be configured for different production requirements, from individual precision components to automated high-volume manufacturing processes.

You ask, we answer

The SISMA MODO WELD is a modular industrial laser welding system that can be configured according to specific production requirements, including laser source, working area, automation level and control systems.
Unlike fixed-configuration laser welding machines, MODO WELD is designed as a modular platform. Manufacturers can customise the system architecture to match their components, workflow and automation requirements.
MODO WELD can weld a wide range of metals including stainless steel, aluminium alloys, copper alloys, gold, silver and titanium alloys, making it suitable for diverse industrial applications.

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