Tailored Industrial Laser Solutions
Application-Driven Laser Processing Systems
Scantech Laser engineers custom laser processing cells, automated robotic workcells, and special-purpose machinery (SPM). We bridge the gap between laser physics and real-world shop floor demands, guaranteeing cycle times, thermal tolerances, and repeatable quality for global manufacturers.
Automotive & Electric Vehicles
High-speed laser welding for copper busbars, hairpin stators, and battery enclosures. Environmentally compliant high-speed laser cladding for cast-iron brake discs, dramatically reducing wear and particulate emissions.
Pharmaceutical & Packaging
Ink-free laser printing on coated/uncoated tablets, capsules, and blister packaging. Features inline vision inspection systems, audit trails, and 21 CFR Part 11 compliant data integrity for global regulatory clearance.
Sheet Metal & Structural Steel
High-power fiber laser cutting cells for flat sheet, structural profiles, and 5-axis 3D formed parts. Integrated with dynamic capacitive height tracking, automatic nozzle changers, and modular line automation.
Electronics & Semiconductor
Ultrafast picosecond and femtosecond laser scribing for silicon wafers, thin-film photovoltaics, ceramic substrates, and PCB depaneling with near-zero heat-affected zones (HAZ).
Medical Device Engineering
Passivation-resistant UDI direct part marking, hermetic laser welding of titanium pacemakers/implants, and micro-hole drilling on hypotubes and catheters meeting strict ISO 13485 standards.
Aerospace Components
Precision micro-drilling of turbine cooling holes with defined taper angle control, laser cladding repair for superalloy components, and selective case hardening for critical machine components.
Special Purpose Machinery (SPM) & Automated Cells
Stand-alone laser machines often fail to satisfy modern automated line speeds. Scantech Laser designs complete turnkey automation—incorporating multi-axis industrial robots, vision alignment systems, custom part fixtures, and industrial PLC interfaces.
Fully integrated 6-axis articulated robot arms fitted with wobble laser heads or galvo scanners. Suitable for complex 3D contour welding, cleaning, and surface treatment on large automotive panels, EV battery trays, and heavy machinery housings.
Coaxial and off-axis high-resolution camera systems perform automatic part positioning, seam tracking prior to laser firing, and post-process defect check (weld bead shape, mark readability, 2D matrix validation).
Operator safety is paramount. Every custom cell features fully enclosed CDRH/CE Class 1 laser safety housings, safety interlocks, optical viewing windows, and integrated multi-stage HEPA fume extraction units.
Seamless integration with plant MES/ERP software via Profinet, EtherNet/IP, or OPC-UA protocols. Enables real-time laser parameter logging, complete batch traceability, and remote diagnostic monitoring.
From Application Trial To On-Site SAT
To remove technical risk for export procurement teams, we follow a rigorous 4-step engineering validation protocol prior to machine sign-off.
Sample Feasibility
Send raw parts to our R&D application lab. We test laser wavelengths, beam profiles, and pulse durations to identify the optimal process window.
Lab Analysis
Destructive and non-destructive testing—including cross-sectional metallography, pull strength, hermetic leak checking, and surface roughness evaluation.
FAT Sign-Off
Factory Acceptance Testing conducted at our Navi Mumbai plant. Live testing of cycle times, repeatability, safety features, and vision verification.
Global SAT & Support
On-site Site Acceptance Testing, line commissioning, operator safety training, and ongoing 24/7 remote technical assistance worldwide.
Frequently Asked Solution Questions
Key technical insights for global procurement managers and system integrators evaluating laser equipment supplier capabilities.
Every custom solution begins with application lab sample trials. Our team analyzes material properties, joint geometry, heat-affected zone requirements, and cycle times before standardizing optics, motion mechanics, and PLC/MES software interfaces.
All automated enclosures are designed to Class 1 laser safety standards with CE-compliant safety interlocks. Systems engineered for pharmaceutical production meet 21 CFR Part 11 and cGMP requirements, while automotive systems align with ISO and Euro 7 standards.
We conduct complete Factory Acceptance Testing (FAT) including cross-sectional metallography, pull testing, leak detection, and continuous cycle runs. International buyers receive detailed FAT documentation and SAT commissioning support upon delivery.
Yes. We build special purpose machines (SPM) and robotic cells with custom material handling, indexing tables, part clamping, vision alignment, and PLC interface protocols for seamless line retrofitting.
Request an Application Review
Send us your component drawings, substrate specifications, and target cycle times. Our technical engineering desk will deliver an initial application analysis and sample trial proposal.