FAQ

Our laser markers are designed to offer the best quality-to-price ratio in the industry. Each solution is evaluated based on the specific needs of the customer, ensuring an investment proportional to the construction quality and customization required. Contact us for a customized quote.

Yes, this is our specialty. Being a small and flexible company, we adapt all standard products to your needs or create completely tailored solutions. Thanks to the thirty-year experience of our team, we transform your requests into custom laser markers.

M-Pix combines the experience of 30 years in the industry with a flexibility that large companies cannot guarantee. We offer customized solutions, fast response times, and a direct relationship with our technical team. We don't just sell machinery: we create tools designed for your specific needs.

Laser represents a higher initial investment, but it eliminates the recurring costs of consumables and ensures permanent, precise, and professional markings. It is the ideal choice for those seeking long-term durability and a high-level corporate image.

Being a flexible company, our delivery times are generally faster than those of large competitors. For standard solutions, we talk about a few weeks, while for customized projects we agree on a specific schedule based on the complexity of the request.

We offer a standard warranty of 24 months, with a commitment to restore the product's conformity through repair or replacement of defective parts, without additional costs for the customer.

M-Pix primarily serves the production sector (automotive componentry, cable marking, metal processing) and the medical field (medical plastics, surgical instruments, medical devices). We also operate in the government sector (credit cards, identification documents with photographic marking) and packaging (traceability on plastic and organic materials). Our specialty is permanent marking in all sectors where durability is fundamental.

The M-Pix fiber laser family allows marking of aluminum with different modes: deep engraving for permanent traceability or annealing (called "annealing") for high-contrast black markings without material removal. The MOPA (Master Oscillator Power Amplifier) technology, in particular, provides precise thermal control that prevents deformation, making it ideal for precision aerospace or automotive components where dimensional tolerances are critical.

Laser creates a permanent, substrate-integrated mark that cannot be removed or overwritten without visible evidence of tampering. Unlike inkjet, it requires no consumables, solvents, or frequent maintenance, reducing operational costs and environmental risks. Additionally, it ensures compliance with stringent standards such as ISO 14001 and IATF 16949, eliminating issues like smudging or fading typical of chemical methods.

Absolutely. Our systems are designed for native integration with PLC, industrial PCs and MES/ERP platforms. They support standard protocols such as RS-232, Ethernet, EtherNet/IP and ProfiNet, enabling automatic marking activation, real-time variable data management and complete traceability without human intervention, even in just-in-time production cycles.

By using rotating axes, telecentric optics with flat field and programmable Z-axis compensation, our lasers maintain focus and uniformity on cylindrical, conical and irregular surfaces. This ensures the readability of codes (including Data Matrix or QR-code) on miniaturized components or in limited access areas, with micrometric positioning repeatability.

Our systems fully support compliance with ISO 9001:2015 (quality management), IATF 16949:2016 (automotive sector), and international standards for symbology such as GS1, ISO/IEC 16022 (Data Matrix) and ANSI MH10.8.2. The marked codes are verifiable according to ISO/IEC 15415 criteria, ensuring readability by machines even after years of use in harsh environments.

Yes, thanks to the MOPA (Master Oscillator Power Amplifier) technology and independent control of pulse duration, we can process heat-sensitive materials (such as PEEK, POM, PVC or anodized surfaces) without damaging them. The annealing mode allows creating high-contrast markings on metals without material removal, preserving dimensional tolerances and original surface finish.

Each component can receive a unique serial number, a Data Matrix or QR-code directly linked to production records and batch data. This enables complete traceability upstream and downstream, supporting recall management, warranty monitoring and non-conformance investigations throughout the supply chain, as required by industry standards.

Yes. The laser modifies the surface of the material through a localised thermal or photochemical process, without adding inks, dyes, solvents or adhesives. The result is a marking that is integrated into the substrate and does not introduce any foreign substances, in accordance with the requirements of the ISO 10993 standard for the biological evaluation of medical devices.

Absolutely. Laser-marked identifications withstand all standard sterilisation cycles: steam autoclaving (up to 134 °C), ethylene oxide (EtO), hydrogen peroxide (H₂O₂) plasma, gamma irradiation and chemical disinfection. The marking does not fade, peel off or degrade, ensuring the legibility of UDI codes throughout the device's lifetime.

Yes, thanks to non-contact marking. The laser beam acts at a distance, eliminating any risk of contamination, micro-deformation or introduction of mechanical stresses. This is critical for thin-walled instruments, implants with tight dimensional tolerances, or fragile laboratory consumables such as histopathology cassettes and microscope slides.

Fiber laser technology covers the majority of substrates in use across the medical device and laboratory sectors. High-contrast, permanent markings are achievable on stainless steel (AISI 316L), titanium alloys (Ti-6Al-4V), cobalt-chrome alloys, anodised aluminium, and high-performance engineering polymers such as PEEK and polypropylene - without altering the mechanical or chemical properties of the base material. On metallic surfaces, fiber laser annealing produces oxide-layer markings with no material removal, preserving surface integrity and corrosion resistance - particularly relevant for implants and reusable surgical instruments.

Laser systems with focused beam optics achieve marking areas as small as a few square millimetres with line widths below 50 µm. This maintains full readability of alphanumeric codes and machine-readable symbols even on curved or irregular geometries, essential for orthopaedic, dental and endoscopic implants.

Yes. Unlike printed labels or adhesive tags, a laser marking cannot be removed, replaced, or altered without visibly damaging the substrate. Each device can carry a unique identifier - serial number, data matrix, QR code, or 2D barcode - directly traceable to its production batch, raw material lot, and quality records.

The marking is integrated into the substrate of the document itself, not a surface application that can be removed or overwritten. Any attempt at tampering leaves visible and detectable damage, making counterfeiting immediately apparent.

FIPS 140-2 is a U.S. government standard that defines requirements for cryptographic modules. Compliance ensures that our systems meet rigorous security standards for sensitive applications, including official documents, classified electronic components, and critical communication devices.

Advanced marking techniques create identifications that show clear signs of any unauthorized modification attempt. If someone tries to alter a marked document, the material structure is visibly compromised, immediately signaling the tampering. This is essential for identity cards, passports, and security badges.

Yes. The laser acts at a microscopic level on the material's surface, allowing for photographic marking on identification documents and credit cards. The beam's precision ensures high image resolution without compromising the structural integrity of the substrate, which is crucial for government applications where visual quality is paramount.

Absolutely. The laser technology enables the creation of high-resolution photographic images directly on the document substrate, meeting international standards for travel documents. The marking is permanent, wear-resistant, and impossible to transfer to another document.

Our systems are designed for integration with existing government infrastructure. They support standard communication protocols and can be configured to work in line with current production workflows, ensuring traceability without disrupting established operational processes.

The MPK laser marker is designed for integration. Its compact size allows it to be installed almost anywhere, adapting to the specific geometries of your plant or machine.

Full Raster Driver is a proprietary technology developed by M-Pix that allows you to use the MPK marker without dedicated laser software. You can perform marking directly from commercial software like MS-Paint, Bartender, NiceLabel or any application compatible with Microsoft Windows.

Absolutely. Thanks to the Full Raster Driver, the MPK eliminates the need for dedicated laser software. You can manage markings from software already in use in your company, reducing purchase and training costs, while simplifying the workflow at the same time.

Being an infrared DPSS (Diode Pumped Solid State) laser, MPK is effective on metals and technical plastics. It is the ideal device for maintaining compact dimensions, without sacrificing permanent and precise identification. It is integrated into desktop printers for photographic marking on documents, the creation of tags for the classification of industrial cables, or the identification of medical samples.

The MPK combines extreme compactness (only 10x10x13 cm), flexible integration (available in open frame version), and ease of use (Full Raster Driver without dedicated software) while ensuring the highest industrial quality standards. No other compact marker offers this combination of features.

The MP3 is a DPSS (Diode Pumped Solid State) infrared laser marker with a medium power of 3W and peak pulses over 20kW. It is currently our best-selling product, recognized for its stability and reliability over time. The compact dimensions make it versatile for integration into automated systems or standalone use.

Both are DPSS (Diode Pumped Solid State) infrared markers with peak pulses over 20kW, but the MP3 offers 3W of medium power against 2W of the MPK. This typically translates to faster marking speeds. The MP3 is the ideal choice for those who need more performance without sacrificing compact dimensions.

Absolutely. The MP3 is designed for permanent traceability applications on metals and technical plastics. Sectors such as automotive, medical, and packaging choose it for its reliability and indeleble marking compliant with industry standards.

No, the Full Raster Driver is available as a standard feature only on the MPK model. The MP3 requires dedicated laser software for control, but offers superior performance in terms of marking speed and operational stability. However, there are no technical limitations to adopting this technology with the MP3. If you have this particular requirement, please do not hesitate to contact us

Being a DPSS (Diode Pumped Solid State) infrared laser, the MP3 is effective on metals and technical plastics. The 3W power ensures faster markings compared to the MPK, and equally precise on a variety of industrial substrates.

The MP3 combines power, reliability, and compact dimensions. It is the optimal mix for environments with medium-low productivity, where repeatability and precision are essential requirements. The operational stability over time has consolidated its reputation in the industry.

Yes, the compact dimensions (only 144x276x114 mm) allow for integration into existing machinery or automated lines. The operational stability makes it ideal for industrial environments with intensive work cycles.

The MP10 is the most powerful model in M-Pix's "All-in-One" family, featuring 10W of average power and peak pulses exceeding 40kW. It is a compact system (only 158x336x147 mm) designed for industrial applications requiring maximum precision and productivity.

The MP10 offers 10W of average power compared to the 3W of the MP3 and the 2W of the MPK. This higher power translates into significantly faster marking speeds, making it ideal for high-volume production lines where time is critical.

Absolutely. The MP10 is already successfully used in the automotive sector for day&night marking, where the quality of contrast and readability under various lighting conditions are crucial. It excels in quality and uniformity of marking.

Being an infrared DPSS (Diode Pumped Solid State) laser with 10W of power, the MP10 is effective on metals and technical plastics. The high power allows working on more challenging substrates and achieving fast and durable markings.

The MP10 combines power, precision, and compactness. It is the ideal choice for those who need productivity without compromising marking quality. The operational stability in intensive cycles makes it reliable for 24/7 production environments.

No, the Full Raster Driver is available as a standard feature only on the MPK model. The MP10 requires dedicated laser software for control, but offers superior performance in terms of speed and marking quality for advanced industrial applications. However, there are no technical limitations to adopting this technology even with the MP10. If you have this particular requirement, please do not hesitate to contact us.

Yes, the compact dimensions (only 158x336x147 mm) and the "All-in-one" design allow integration into existing machinery or automated lines. The power and stability make it ideal for industrial environments with intensive work cycles.

The MP20FM is an advanced laser marking system that combines 20W of power with MOPA: Master Oscillator Power Amplifier technology. This architecture allows independent control of frequency and pulse duration, offering superior versatility compared to traditional fibre lasers.

The MP20FM is effective on metals (steel, aluminium, titanium, special alloys), and technical plastics. The MOPA technology Master Oscillator Power Amplifier) allows adapting pulse parameters for each substrate, achieving optimal results on a wider range of materials compared to traditional fibre lasers.

The traditional fibre laser has a fixed and very long pulse duration (typically 100-120ns), while the MOPA allows independent adjustment of frequency and pulse duration. This results in better thermal control, the possibility of annealing, and superior quality for graphic markings and delicate surface treatments.

Yes, the MP20FM requires dedicated laser software for advanced MOPA parameter control. This allows fully utilizing the flexibility of the technology for specialized applications.

Thanks to a dedicated optical configuration, the MP20FM is recommended for photographic marking on identification documents. The optimized laser beam reduces localized heat, preserving the integrity of the substrate and ensuring the necessary photographic quality. It is ideal for high-productivity contexts where speed, accuracy, and image quality need to be combined.

The M-Pix MOPA MP30/60/100FM range includes three power levels: 30W, 60W and 100W based on the MOPA technology: Master Oscillator Power Amplifier. This architecture allows independent control of frequency and pulse duration, offering superior versatility for industrial applications that require quality, not just speed.

The choice depends on specific production needs. The 30W is ideal for precision applications and sensitive materials. The 60W balances speed and quality for medium production volumes. The 100W is optimized for high speeds, more challenging materials and deep engravings on metal. The MOPA versatility (Master Oscillator Power Amplifier) allows adapting parameters to each scenario, not just the nominal power.

Annealing is a surface treatment process that modifies the structure of carbon-rich metals without removing material. The MP-FM is capable of performing annealing on stainless steels and special alloys, creating black or colored markings resistant to corrosion and chemical contact. This is essential for medical and automotive sectors where the surface must remain intact.

The MP20FM is more compact and optimized for OEM applications. The MP30/60/100FM range is designed to meet a wider variety of applications with higher industrial productivity while maintaining the same thermal control and versatility of the MOPA technology (Master Oscillator Power Amplifier). The choice depends on the desired integration type and particularly on the available space for the marking unit.

The MP-FM offers multiple power levels, versatility, and thermal control. It is the ideal solution for those who need to handle a variety of different applications, heat-sensitive materials, annealing treatments, or high-speed and deep engravings on metals. The compactness of the system facilitates integration into existing production lines.

The MP50F fiber laser is a high-power fiber marking system designed for industrial applications where productivity and cost are priorities. It is a straightforward solution without unnecessary features, built exactly for its purpose: fast and reliable marking.

The MP50F fiber laser does not use MOPA technology, so it does not allow independent control of frequency and pulse duration. It stands out for its very high power and pulse energy with a low cost. It is the ideal choice for industrial applications with limited budgets.

The MP50F is perfect for challenging industrial environments such as heavy metalworking, mass production, and applications where functional traceability takes precedence over aesthetics.

If you don't need gradients, annealing or delicate surface treatments, the MP50F offers more power at a lower cost. It is a powerful, reliable industrial companion, free from complications, focused on pure productivity.

The MP50F is ideal for working with metals (steel, aluminum, titanium). The high power allows for deep markings to be achieved in reduced time.

Absolutely. It is designed for permanent traceability applications on metals. The power ensures durable markings even under intensive operating conditions, making it ideal for high-volume production lines.