Process guides
Guides for preparing a process review, sample-testing conversation and equipment selection discussion around real metal-surface work.
Latest guides
These guides support an initial discussion. Final configurations and process results need application-specific review.
A pre-commissioning checklist for proving an automated laser cleaning cell's guarding, interlocks, stop response and vision checks, and recording who accepted each one.
Read the guideDefine a steel cleaning-to-coating hold window from the coating requirements, recorded exposure and a fresh surface inspection—not a universal waiting time.
Read the guideConvert the sheet to energy per pulse and energy per unit area, establish which overlap it means, and compare the contaminant and substrate it came from with yours.
Read the guideA seven-step method for sizing laser cleaning extraction around the hood, the capture distance and the duct, and for proving it works at the real work position.
Read the guideA decision framework for choosing how far to automate laser cleaning: manual or manually loaded cleaning, a gantry or fixed-head system, or a robot arm, and how to decide the loading separately.
Read the guideCompare two application-specific combined-laser studies, verify usable machine modes, and evaluate representative jobs and complete quotes before buying.
Read the guideA buyer's checklist of the compliance documents to request from a laser cleaning machine supplier, from the FDA report accession number and Class IV labels to the EU declaration of conformity, and how to check each one against the rule text.
Read the guideWhat a shipyard or ship-repair team should record before a laser cleaning pilot: confined-space and hot-work status, the coating's hazardous constituents, a soluble-salt baseline, containment and debris handling, the conditions at the work position, and who accepts the surface.
Read the guideA post-clean acceptance framework for deciding whether to accept, reclean or hold a production mold.
Read the guideA deployment-logistics guide for choosing portable or continuous laser cleaning equipment for an on-site industrial job.
Read the guideA practical RFQ checklist for locating references, clamp contact, cleaning-zone access, loading orientation and part-family changeovers.
Read the guideDefine the aluminum alloy, oxide, geometry and next process, then test a bounded laser window against controls for removal and substrate change.
Read the guideCheck robot laser cleaning cycle time using named start/end events, concurrent handling, inspection releases and recovery records before an automation enquiry.
Read the guideLaser cleaning can remove some oil and lubricant films from some metal surfaces, but it does not make solvent or other pre-cleaning universally unnecessary.
Read the guideDefine what surface change is acceptable, then test representative stainless-steel coupons against controls and the next process.
Read the guideA practical test plan that connects surface cleanliness and wettability to joint strength, failure mode, durability and production control.
Read the guideA machine comparison becomes useful only after the coating stack, removal endpoint and accepted metal surface are defined.
Read the guideA pre-weld laser-cleaning trial is useful only when the downstream weld procedure and inspection plan define what passes.
Read the guideChoose the process from the required surface and complete workflow, then prove it on representative rusted material.
Read the guideA task-based control plan for laser radiation, reflections, airborne contaminants, fire risk and source-capture extraction.
Read the guideUse seven purchase checks to decide whether laser cleaning fits the job, what proof to require and how to compare complete system quotations.
Read the guideA decision-led comparison for choosing the first laser-cleaning process to test on real material and a real workflow.
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