Laser engraving equipment, inkjet printing, and barcode systems for factories in Argentina. Technical specifications, industrial inks, and preventive maintenance for automated production lines.
FiberMark X200 – Permanent marking on metals and plastics. 20W power, galvo head, 50,000-hour lifespan.
InkJet Pro 450 – Continuous coding at 300 m/min. Solvent ink for cardboard, plastic, glass, and metal.
TrackCode B2B – Integrated platform for marking, reading, and verifying 2D codes for batch-to-batch traceability.
Concrete benefits that improve efficiency and control on the plant floor.
Data Matrix codes and serial numbers resistant to abrasion, heat, and chemicals. Regulatory compliance for traceability in automotive and pharmaceutical industries.
Equipment designed for mounting on conveyor belts and robotic arms. Direct communication with PLCs and plant control systems.
Self-cleaning printheads and components with a service life exceeding 50,000 hours. Scheduled service intervals every 6 months without unexpected downtime.
Integrated 2D readers that detect illegible or incomplete codes during production. Automatic rejection of defective parts without manual intervention.
Platform that assigns unique codes per part, records production timestamps, and exports reports to ERP systems. Batch-by-batch control from a single dashboard.
On-site assistance for startup, calibration, and preventive maintenance. Spare parts available in regional warehouse without import delays.
Marking, coding, and verification functions for industrial production lines.
Direct marking on steel, aluminum, and engineering plastics with controlled depth. Ideal for Data Matrix codes and serial numbers on metal parts.
Component TraceabilityPrinting of batches, dates, and barcodes on cardboard, plastic, glass, and metal packaging at 300 m/min. Self-cleaning printhead with maintenance every 6 months.
High-Speed InlineReal-time automatic reading and validation of 2D codes. Detects illegible or incomplete codes before the part leaves the production line.
Integrated Quality ControlSoftware that assigns unique codes per part, records production timestamps, and exports reports to ERP systems. Compatible with automotive and pharmaceutical manufacturing batches.
ERP IntegrationSolvent-based, UV-visible, and high-contrast formulations for porous and non-porous surfaces. Proven adhesion on cardboard, plastic, and metal.
Substrate CompatibilityService intervals of 6 to 12 months depending on the equipment. Includes printhead cleaning, sensor calibration, and consumable replacement without stopping production.
Downtime ReductionCompanies already optimizing their traceability with our industrial equipment.
"The FiberMark X200 allowed us to reduce illegibility rejections by 40% on the assembly line. Integration with our ERP was straightforward."
"The InkJet Pro 450 runs at 280 m/min without losing print quality. The self-cleaning printhead saved us two maintenance stops per month."
"We implemented TrackCode B2B in three plants. Real-time verification detects defective codes before packaging. Essential for audits."
They trust us
Permanent marking on metals and industrial plastics
Fiber optic laser engraving system for traceability of metal parts and electronic components. Includes vector design software and adjustable depth control.
View specificationsHigh-speed continuous coding for packaging
Prints barcodes, expiration dates, and batch numbers at 300 m/min. Self-cleaning printhead reduces maintenance to 6-month intervals.
View datasheetA concrete post with real context
Marking requirements for an auto parts packaging line were analyzed. Selection criteria between laser and continuous ink were defined.
Read noteDecisions and constraints in implementation
Review of the startup of a traceability system in an appliance factory. Integration times and software adjustments were documented.
Read articleComprehensive 2D marking and reading platform
Combines laser markers, printers, and readers in a unified ecosystem. Includes real-time quality verification module.
View platformA different angle on traceability
Marking protocols were adjusted after readability tests on curved surfaces. The changes reduced part rejection by 12%.
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