INDUSTRIAL LASER SOLUTIONS

Industrial Laser Solutions

Start with the industry part, core process and material system, then combine the source, optics, motion, tooling, automation and quality validation into a production-ready solution.

Submit project requirements Choose a solution path

06priority industries

08core processes

03material systems

START WITH THE APPLICATION

Define the manufacturing task before selecting equipment

The same rated power can require completely different optics, motion, tooling and inspection for different materials, structures and quality standards.

Choose the nearest entry point, then refine the boundary through the industry, process and material guides. Final equipment follows real samples and an agreed acceptance method.

01 / INDUSTRYBy industry

Start from automotive, semiconductor, electronics, medical, battery or aerospace manufacturing.

6 industry paths ↘ 02 / PROCESSBy process

Start from joining, contouring, surface treatment, traceability or micromachining.

8 process paths ↘ 03 / MATERIALBy material

Start from the behavior of metals, advanced, functional and non-metal materials.

25 material paths ↘

Part & application

Drawings, geometry, material condition, current issue and production environment.

Process & quality

Appearance, cross-section, strength, sealing, edge, cleanliness or function.

Equipment & automation

Source, optics, motion, tooling, vision, handling and safety.

Validation & delivery

Process window, repeatability, takt, inspection, data and acceptance.

SOLUTIONS BY INDUSTRY

Enter through the industry manufacturing scenario

Each industry page connects its application scenarios, process routes, materials, equipment and project inputs.

Automotive Manufacturing

Connect body structures, battery trays, three-dimensional parts and permanent traceability while controlling takt, strength, distortion and line integration.

Welding
3D cutting
traceability

Semiconductor

Cover wafers, packages, power devices, leadframes and functional layers with attention to microscale features, cleanliness and yield.

Micromachining
packaging
cleanliness

Consumer Electronics

Process frames, connectors, FPC, glass, sapphire and multilayer films while balancing precision, appearance and batch consistency.

Precision joining
FPC
brittle materials

Medical Devices

Address catheters, guidewires, stents, instruments, sealed assemblies and UDI traceability with low heat input and verifiable quality.

Microjoining
stent cutting
UDI

New Energy & Battery

Connect electrodes, foils, tabs, busbars, cell sealing, battery packs, surface preparation and data traceability.

Cu-Al joining
electrodes
sealing

Aerospace

Process titanium thin-wall structures, turbine blades, cooling holes, complex components and MRO surfaces.

Titanium
microholes
MRO

SOLUTIONS BY PROCESS

Choose the laser process by manufacturing target

The manufacturing target and quality criteria determine the process—not the equipment name or rated power alone.

Laser welding

High-speed, low-distortion joining of metal and precision structures.

Material
joint
penetration
strength

Laser cutting

Contouring of sheet, tube, formed and precision components.

Thickness
edge
heat input
takt

Laser marking

Characters, codes, serial numbers and permanent product traceability.

Contrast
read rate
durability
data

Laser cleaning

Selective treatment of oxide, coatings, contamination and pre-weld surfaces.

Removal
substrate
roughness
extraction

Laser drilling

Microholes, cooling holes, through-holes and precision arrays.

Diameter
taper
recast
position

Laser engraving

Depth graphics, textures, molds and durable identification.

Depth
edge
appearance
throughput

Laser etching

Functional-layer patterning, windows and selective material removal.

Selectivity
residue
uniformity
substrate

Laser micromachining

Low-heat processing of wafers, glass, ceramics, films and microstructures.

Wavelength
pulse width
focus
cleanliness

INTEGRATION LAYER

Laser automation and intelligent production lines

Integrate robotics, vision, tooling, handling, inline inspection, PLC, MES and guarding into a deliverable production system.

View automation solutions ↗

Manufacturing targetPriority processValidation focus

Structural and functional joiningLaser weldingJoint, penetration, strength, sealing, spatter and distortion

Sheet, tube and complex contoursLaser cuttingThickness, edge, heat input, access and takt

Oxide, coating and pre-weld treatmentLaser cleaningContamination, selectivity, substrate protection, roughness and extraction

Characters, codes and serializationLaser markingContrast, read rate, durability, appearance and data

Microholes, cooling holes and arraysLaser drillingDiameter, taper, recast, cracks and positional accuracy

Functional-layer windows and patternsLaser etchingLayer selectivity, residue, uniformity and substrate protection

Wafers, brittle materials and microstructuresLaser micromachiningChipping, cracks, heat input, particles and cleanliness

Deep textures, molds and durable graphicsLaser engravingDepth, edge, surface quality, appearance and throughput

SOLUTIONS BY MATERIAL

Define the process boundary from material behavior

Absorption, conductivity, reflectivity, layer structure, crystal orientation and surface condition directly change the process window.

01 / 10 MATERIALS

Metals

Structural, conductive, lightweight and high-temperature metals.

02 / 05 MATERIALS

Advanced materials

Semiconductor, wafer, brittle and optical materials.

03 / 10 MATERIALS

Functional & non-metal materials

Polymers, films, foils, composites, coatings and organic materials.

EQUIPMENT PLATFORM

From general equipment to industry workstations

These links lead to published systems. Final configuration depends on material, part, quality and takt validation.