Flexo plate imaging, laser die cutting and converting, gravure and rotary screen engraving, and production line coding. Independent field service for machines that are out of warranty, out of support, or built by a company that is no longer there.
Plants where a laser sits in the middle of the production chain and nothing moves when it stops.
Fault localization through the source, modulation, beam delivery, optics, extraction, cooling, motion and control chain, with the measurement method agreed before we travel.
Component-level work on sources, drive and RF electronics, optics and beam paths, thermal systems, vacuum, motion and control hardware, including substitution where an original part is no longer available.
Delivered power recorded against the machine reference, before and after, so a repair is judged by a number rather than by how the output looks.
Control, drive and interface retrofits where the mechanics are sound and the electronics or embedded software have outlived their support.
Scheduled inspection with written reports, so machine condition is documented before it becomes downtime.
Measured baselines, settings, pinouts and test methods handed over, so the machine does not depend on one person's memory.
Send the machine, the model and what changed. We respond with the next step and a fixed evaluation fee before anyone travels.
Fiber sources, acousto-optic modulators, imaging optics and drum systems inside digital platesetters. Esko CDI, Miraclon FLEXCEL NX, Thermoflex, PlateRite and more.
Read the pageCutting, creasing, scoring and perforating for carton, label and flexible packaging. Highcon, SEI, Spartanics, LasX, Preco, Delta ModTech, Cartes and more.
Read the pageDate, lot and serialisation coders. Domino, Videojet, Markem-Imaje, Macsa, Koenig and Bauer, Matthews, Keyence, plus the large legacy fleets.
Read the pageCylinder and rotary screen engraving, laser and electromechanical. Hell, Schepers, Ohio Gravure, Daetwyler and SPGPrints platforms.
Read the pageEvery manufacturer and platform within our service scope for packaging and printing lasers. Model names identify equipment. Where a family is listed as legacy, that reflects the manufacturer's own current catalog or published end-of-life information, not a judgement about the machine.
| Manufacturer | Category | Platforms and notable models |
|---|---|---|
| 4JET | Laser cleaning | Laser cleaning and surface treatment systems used on rolls, moulds and tooling |
| AB Graphic International | Die cutting and converting | DigiLase, Digicon Series 3 laser die cutting modules, Vectra finishing |
| Adapt Laser Systems | Laser cleaning | cleanLASER-based systems used for anilox, cylinder and tooling cleaning |
| Amsky | Flexo plate imaging | Flexo and offset CTP platesetters |
| AV Flexologic | Platemaking room equipment | Plate mounters, plate cutting and platemaking room automation |
| Bobst | Die cutting and converting | Laser die cutting for labels and packaging developed with SEI Laser, digital finishing lines |
| Cartes | Die cutting and converting | GEMINI series laser die cutting and finishing |
| cleanLASER | Laser cleaning | Pulsed fiber cleaning heads and systems for anilox rolls, cylinders and moulds |
| Coherent | Laser sources | Sealed and slab CO2 sources, fiber sources, former Rofin-Sinar product lines |
| Cron | Flexo plate imaging | Flexo and offset CTP platesetters |
| Daetwyler | Gravure and cylinder | Gravure cylinder engraving and cylinder making equipment |
| Delta ModTech | Die cutting and converting | EDGE and Crusader laser die cutting modules |
| Diagraph, an ITW company | Coding and marking | Laser coders for carton, film and label coding lines |
| Domino | Coding and marking | D-Series CO2, F-Series fiber and U-Series UV laser coders |
| DuPont Cyrel | Flexo platemaking | Cyrel Digital Imager legacy imaging units and platemaking equipment |
| Esko | Flexo plate imaging | CDI Spark, CDI Advance, CDI Crystal and CDI Crystal XPS families |
| eurolaser | Die cutting and converting | L-series and XL flat bed CO2 cutting systems used for packaging and sample making |
| Flexo Wash | Platemaking room equipment | Plate, anilox and parts washing equipment found alongside laser cleaning cells |
| FOBA, an Alltec brand | Coding and marking | M-series, F-series and Y-series marking lasers |
| Fujifilm | Flexo plate imaging | Flexo CTP platesetters and platemaking systems |
| Gallus | Die cutting and converting | Press lines with integrated laser die cutting and finishing modules |
| Glunz & Jensen | Flexo platemaking | Platemaking, exposure and processing equipment, imaging room systems |
| Golden Laser | Die cutting and converting | LC series label and film laser die cutting machines |
| Grafotronic | Die cutting and converting | Digital finishing lines with laser die cutting modules |
| Gravotech | Coding and marking | Technifor and Gravotech fiber, CO2 and UV marking lasers |
| Han's Laser | Sources and machines | Fiber and CO2 sources, marking and cutting machines used in packaging plants |
| Hell Gravure Systems | Gravure and screen engraving | HelioKlischograph cylinder engraving, direct laser sleeve and screen imaging |
| Highcon | Die cutting and converting | Euclid, Euclid II, III, IIIC, 5, 5C, Beam, Beam 2, Beam 3 and Pulse |
| Hitachi Industrial Equipment | Coding and marking | Coding and marking lines including laser coders |
| ID Technology | Coding and marking | Integrated laser coding and labeling systems |
| IPG Photonics | Laser sources | Fiber sources and marking heads found inside packaging machinery |
| Iradion | Laser sources | Ceramic core CO2 sources used in converting and marking machines |
| JPT | Laser sources | Fiber and MOPA sources used in marking and converting machines |
| Kama | Die cutting and converting | ProCut and DC series die cutting with laser options |
| Kaspar Walter | Gravure and cylinder | Gravure cylinder making and galvanic lines that sit around the engraver |
| Keyence | Coding and marking | MD-F, MD-X and MD-U series marking lasers |
| KGK Jet | Coding and marking | Coding and marking systems including laser coders |
| Kodak | Flexo plate imaging | Trendsetter NX, Squarespot imaging heads, Flexcel workflows |
| Koenig & Bauer Coding | Coding and marking | Laser and inkjet coding systems for packaging lines |
| Körber | Perforation | Laserport tipping paper perforation and related converting lasers |
| Laser Photonics | Marking and cleaning | Marking, engraving and laser cleaning systems |
| Laserax | Marking and cleaning | Fiber marking and cleaning systems used in industrial packaging |
| Lasercomb | Die making | Laser die making and cutting systems for the die shop |
| LasX Industries | Die cutting and converting | LaserSharp LPM modules for scoring, perforating and cutting |
| Leibinger | Coding and marking | Laser coders alongside inkjet systems on packaging lines |
| Linx | Coding and marking | CSL series CO2 laser coders and scribing lasers |
| Lüscher | Flexo plate imaging | JetScreen and XPose platesetting and imaging systems |
| Luxinar | Laser sources | SR and OEM CO2 sources used in converting, coding and perforation |
| MacDermid | Flexo platemaking | Platemaking equipment and workflows in the plate room |
| Macsa ID | Coding and marking | iCon, K-1000 and SPA series laser coders |
| Mark Andy | Die cutting and converting | Press and finishing lines with integrated laser die cutting modules |
| Markem-Imaje | Coding and marking | SmartLase C, F and U series laser coders |
| Matthews Marking Systems | Coding and marking | Laser marking systems for carton and case coding |
| MAX Photonics | Laser sources | Fiber sources used in marking and converting equipment |
| Miraclon | Flexo plate imaging | Flexcel NX Wide, Mid, Narrow and Ultra imaging systems |
| MLT | Perforation and converting | PackLine, MLPouch, CigLine and MLVent laser perforation systems |
| Nilpeter | Die cutting and converting | Press lines with integrated laser die cutting and finishing |
| nLIGHT | Laser sources | Fiber sources and beam delivery used in industrial packaging machinery |
| Novanta Synrad | Laser sources | Sealed CO2 sources widely used in coding, perforation and converting |
| Ohio Gravure Technologies | Gravure engraving | Direct laser and electromechanical cylinder engraving systems |
| P-Laser | Laser cleaning | Pulsed fiber cleaning systems for anilox rolls, cylinders and tooling |
| Panasonic | Coding and marking | LP-S, LP-M and LP-RC series marking lasers |
| PerfoTec | Perforation | Laser microperforation for modified atmosphere and fresh produce packaging |
| Polymount | Platemaking room equipment | Plate and anilox cleaning systems used alongside laser cleaning |
| Preco | Die cutting and converting | FireFly, BeeLine, FlashLite, WebPro and Wide WebPro |
| Raycus | Laser sources | Fiber sources used in marking, cutting and cleaning machines |
| REA JET | Coding and marking | CL series laser marking systems for packaging lines |
| Schepers | Gravure engraving | Cylinder engraving and gravure cylinder making equipment |
| SCREEN | Flexo plate imaging | PlateRite FX series flexo and letterpress platesetters |
| SEI Laser | Die cutting and converting | Labelmaster, Packmaster, Matrix Blu and Flexo Laser |
| SIC Marking | Coding and marking | Fiber and CO2 marking lasers for industrial part and pack coding |
| Smag Graphique | Die cutting and converting | Galaxie Digital and finishing lines with laser modules |
| Spartanics | Die cutting and converting | CS2100, CS1500, XIPHOS, L-210, L-350, X-350, Finecut, L1000 |
| SPGPrints | Screen and plate imaging | variLEX, RotaPlate, RotaMesh laser exposing and platemaking systems |
| Squid Ink | Coding and marking | Laser and inkjet coding systems for case and carton marking |
| Sysco Machinery | Die cutting and converting | Die cutting lines with laser cutting and scoring stations |
| Telesis | Coding and marking | Fiber and CO2 marking lasers for packaging and component coding |
| Think Laboratory | Gravure engraving | Laser gravure cylinder engraving and cylinder making systems |
| Trotec | Marking and cutting | SpeedMarker and Speedy series used for packaging sample and coding work |
| Trumpf | Laser sources and marking | TruMark marking lasers and industrial sources |
| TWEN | Laser cleaning | Laser cleaning systems for anilox rolls, cylinders and tooling |
| Universal Laser Systems | Marking and cutting | Platform CO2 and fiber systems used in packaging sample and short-run work |
| Videojet | Coding and marking | 3020, 3140, 3340, 3640, 7000 series CO2, fiber and UV laser coders |
| XSYS Thermoflex | Flexo plate imaging | ThermoflexX 20, 30, 48, 60, 80 and Catena imaging systems |
Being listed here means the platform is within our service scope. What a specific machine needs is settled by its configuration, its parts situation and the measurements the job requires, and we confirm both before anyone travels.
Parsippany, New Jersey is the base and the Northeast gets the fastest response. Beyond that we fly. A machine-down call anywhere in the United States or Canada is a flight and a rental car, and we price travel separately and clearly rather than burying it.
Scheduled work, installations, retrofits and preventive maintenance visits are planned nationally. For an urgent call, tell us the state and the machine and we will tell you realistically when we can be on site.
Repair on this equipment is not one job. It is a set of different jobs, and which one you need depends on what the evaluation finds. The table below is the honest version of what that work looks like: what gets opened and put right, and what gets taken out and replaced. Which column a given fault lands in is decided by measurement, not by preference.
| Subsystem | What typically gets repaired | What typically gets replaced |
|---|---|---|
| Laser source | Output and stability checked against reference, connections, protective windows and collimation attended to, cooling path to the source restored | Pump diode modules, complete source modules, output windows, protective windows, collimators, fiber pigtails and source-side connectors |
| Modulator and RF drive | RF drive level and matching brought back into range, connectors and cabling made good, driver boards repaired at component level | Acousto-optic modulator assemblies, RF driver amplifiers, matching networks, RF cabling and connectors, driver control boards |
| Beam delivery and optics | Beam path cleaned and realigned, focus and standoff reset, mounts and adjusters freed and reset | Mirrors, lenses, beam expanders, output and protective windows, focus assemblies, galvo scanner heads, scan lenses, fiber cables |
| Power electronics | Power supplies rebuilt, boards repaired at component level, wiring and terminations corrected, earthing and shielding restored | Capacitors, rectifiers, IGBT and MOSFET modules, supply modules, fans, relays, contactors, fuses, complete PCBs where repair is not the right answer |
| Thermal and cooling | Circuits flushed and descaled, flow and temperature control brought back into spec, leaks traced and closed | Chiller pumps, compressors, heat exchangers, fans, hoses and fittings, flow switches, temperature sensors, coolant and filters |
| Motion and drives | Axes re-homed and recalibrated, backlash and registration corrected, drive tuning restored | Bearings, belts, ball screws, linear rails and blocks, servo and stepper motors, drives, encoders, couplings, limit switches |
| Drum, vacuum and web handling | Vacuum leaks traced and sealed, clamping and holding pressure restored, runout corrected, web path and tension reset | Vacuum pumps, seals and gaskets, valves, rollers and bearings, drum surface components, tension sensors, guide and registration parts |
| Extraction and air | Airflow restored, ducting resealed, extraction monitoring brought back into service | Blowers and impellers, filters and filter media, ducting sections, air assist nozzles, pressure and flow sensors |
| Control and electrical | Harnesses repaired and rerouted, I/O faults traced and corrected, control software and configuration restored from your own backups | Industrial PCs and drive storage, HMI panels, PLC and I/O modules, interface and motion boards, wiring harnesses, sensors, interlock switches, safety relays |
| Safety circuits | Interlocks and emergency stop chains restored to correct function and documented | Interlock switches, safety relays, shutters, enclosure hardware, indicator and warning devices |
| Retrofit and modernization | An obsolete subsystem engineered out and a supported one engineered in, with the interface and the differences documented | Obsolete sources replaced with current equivalents, control hardware migrated to supported platforms, obsolete chillers and drives replaced |
Two rules run through all of it. Anything we replace is documented with what came out and what went in, and anything we repair is validated by measurement afterwards rather than by whether the machine switches on. If a part turns out to be a failed custom assembly with no substitute available, we say so in writing instead of billing an attempt.
A discontinued part is a sourcing and engineering problem, not automatically the end of the machine. Depending on the item, the route is a current-production equivalent fitted and verified, a qualified substitute with the differences written down, a harness or cable made to suit, or a board repaired at component level because the board itself is no longer sold. We tell you which of those we are proposing before you approve it.
Every job names its measurements before it starts. PhaseX defines and provides the measurement capability the work requires, drawing on owned, rented or qualified third-party resources arranged as required. Optical power is measured with a thermopile-type meter carrying current traceable calibration, and the proposal states where each measurement comes from together with the acceptance criteria.
We do not offer manufacturer-equivalent calibration, and we do not certify a machine to original published specifications where the original acceptance data and the corresponding standards are unavailable. What we document is the measured condition on arrival, the fault found, the work performed, and the measured condition on completion.
If your machine is still inside its manufacturer warranty, use the manufacturer, or get written authorization from the seller first. Our work is out-of-warranty and legacy equipment.
Class 4 work is planned and executed under a project-specific laser safety plan agreed with your plant before we arrive. The required engineering controls, personal protective equipment, beam management and facility conditions are defined in writing before any energized optical work begins. Final hazard analysis and approval stay with your own EHS function.
PhaseX Laser Services is an independent third-party service provider, not affiliated with or authorized by Esko, Miraclon, Kodak, Hell, SPGPrints, Domino, Videojet, Markem-Imaje or any other manufacturer named on this page unless expressly stated in writing. Brand and model names identify equipment only.
Yes, and the laser subsystems inside them: the fiber source, the acousto-optic modulator and its RF drive, the imaging optics and head, and the drum, vacuum and control sections. We are not an authorized Esko service provider and hold no affiliation with Esko.
Flexo plate imaging, laser die cutting and converting, gravure and rotary screen engraving, production line coding and marking, and anilox and cylinder laser cleaning. The A to Z list on this page names the platforms, including legacy models their manufacturers have moved off the current catalog.
That is a large part of this work. These machines are built from identifiable subsystems, so the absence of a vendor relationship does not by itself end a repair. What ends one is a failed custom assembly with no available substitute, and we establish that before quoting rather than after.
Across the United States. Parsippany, New Jersey is the base and the Northeast gets the fastest response, but a machine-down call in any state is a flight and a rental car. Travel is quoted separately and clearly.
Send the machine, model and serial number, what changed and any measurements you have. We respond with the next step. Where a site visit makes sense you get a fixed evaluation fee quoted before anyone travels, written findings with the measured numbers, and a separate repair quotation you approve before any further work.
We respond with the next step. Where a site visit makes sense you get a fixed evaluation fee quoted before anyone travels, and written findings with the measured numbers before any repair is quoted.
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