Multi-Wavelength Testing
Equipped with laser sources ranging from 1W micro-lasers to 6kW high-power fiber resonators across 355nm, 532nm, 1064nm, and 10.6µm spectrums to match substrate absorption curves precisely.
Application Center & Testing Facility
Laser Research & Development
Scientific process validation, optical beam profiling, and custom material testing for global industrial buyers.
Pioneering Laser Physics
From Process Feasibility To High-Volume Production
For over 35 years, Scantech Laser has maintained an operational Application Laboratory in Navi Mumbai, India. We bridge theoretical photonics with real-world shop floor realities, testing OEM sample parts across fiber, UV, CO2, green, and ultrafast picosecond/femtosecond laser platforms.
Microscopic & Tensile Labs
In-house optical microscopes, digital profile projectors, and automated tensile/micro-hardness testing tools evaluate Heat-Affected Zone (HAZ), grain distortion, and penetration depth.
Finite Element & Thermal Modeling
Advanced computational software simulates beam interaction with thermal dynamics, predicting mechanical distortion, weld pool geometry, and ablative characteristics prior to tooling.
Expertise & Equipment
Precision Diagnostics & Material Analysis Laboratory
Industrial buyers require repeatable quality, verified cycle times, and minimal scrap rates. Our R&D infrastructure delivers quantifiable data before equipment procurement.
DIAGNOSTICS
Optical Beam Profiling & M² Metrics
Real-time beam quality measurements (M² factor), focal position drift tracking, and laser power meter calibration guarantee focused energy density remains identical across million-cycle shifts.
ELECTRICAL & MOTION
High-Speed Signal & Motion Sync
Digital storage oscilloscopes and logic analyzers monitor galvo scanner positioning, laser gating pulses, and multi-axis CNC interpolation to eliminate corner-burn and skywriting artifacts.
ECO-INNOVATION
Consumable-Free Chemical Alternatives
Replacing toxic chemical etching, grit blasting, and solvent degreasing with dry laser cleaning, high-speed cladding, and ultra-clean pharmaceutical serialisation.
Scientific Rigor
Our Standard Sample Feasibility Procedure
Every global inquiry undergoes a structured engineering review. We validate your drawings, target throughput, and material specifications step-by-step.
01
Material & Part Audit
Review alloy composition, surface coating, micro-hardness requirements, and line cycle-time constraints.
02
Application Lab Trials
Run trial matrix using varying pulse durations (ms, ns, ps, fs), beam shaping optics, and assist gases.
03
Metallurgical Report
Conduct cross-sectioning, micro-hardness profiles, pull testing, and corrosion resistance checks.
04
Machine Specification
Define exact optic head, motion axes, Class 1 enclosure, fume extraction, and PLC / MES software interface.
Require Sample Feasibility Testing For Your Production Line?
Consult with our Senior Laser Application Engineers to schedule sample processing trials and receive a comprehensive metallurgical report.