• Quick and efficient cut
• Thin, evenly and parallel cut samples with a smooth surface
• Very robust device made of aluminum and stainless steel - no corrosion
• By using special chuck jaws it is even possible to cut larger samples with an outer diameter up to 200 mm (7.87“)
• Light to illuminate the cutting process
• Precise and repeatable measuring results possible with the cut samples

• 600 mW optical output power
• Eye-safe according to laser class 2M
• 70° fan angle
• Connection via 5-pin plug (12-24VDC) or 110-230VAC power supply unit
• Manually focusable
• IP67 RATED
• Integrated TTL Modulation*

The ZQ1-MagicLine is the brightest eye-safe line laser in its class worldwide, setting new standards in industrial laser technology. With its unique combination of laser class 2M safety and 600 mW optical output, it ensures a bright and precise line even in the most challenging lighting conditions. Unlike conventional lasers, it remains clearly visible in bright environments, making it ideal for positioning tasks with widely varying light levels. Its green 520 nm wavelength is especially well perceived by the human eye, while the 70° fan angle creates long, uniform lines. Manual focusing further enhances flexibility, making the ZQ1-MagicLine the perfect solution whenever precision, visibility, and safety must align.

With their radial and flat incoming light, LUMIMAX® LED Dark Field Illuminations are the preferred option for inspecting surfaces. Their special light guide means that this LED Dark Field Illumination geometry can be used to show edges, cavities and other surface defects in high contrast.

The Dark Field Lights in the DFL series are available in several sizes for continuous and strobe mode.

Integrated controllers, powerful LEDs and standardised LUMIMAX® connections guarantee simple and stable integration of the LED Dark Field Illumination into the system environment.

• Robust construction
• High IP protection class
• High chemical resistance
• Vibration‐proof mounting
• Camera mount included
• BK7 or acrylic windows available
• Good heat dissipation thanks to heat conductive tape between camera and enclosure
• Easy assembly
• With Orca adapter also for wide angle lenses
• With Peltier cooling and soon in stainless steel available

• Onboard flash controller
• Designed for the integration into Orca/Shark enclosures with 3" window
• Flashing with up to 570% nominal current possible
• Excellent heat dissipation
• Colors: red, white, IR
• Radiation angles: 14°, 23°, 36°, 76° ‐ Trigger in‐/output
• LED protection due to emergency shut down
• Temperature monitoring possible
• Easy programming due to intuitive application surface

• For zylindrical laser with 19 and 20mm diameter
• Robust construction
• Compact size
• Small dead weight
• High IP protection class
• High chemical resistance
• Vibration-proof mounting
• Laser mount included
• Good heat dissipation

With the powerful modular LUMIMAX® LED Bar Lights test areas can be uniformly illuminated even from distances of more than 1 meter. The Bar Lights with integrated controller technology are available in different configurations for incident and backlight applications.

The modular bar lights expand the portfolio and include now bar lights of up to 4 meters for even larger test areas. Thanks to the modular concept, specific sizes can be realized quickly and without additional development costs. You can select standard versions using our product configurator. Please contact our sales team for special enquiries about customised lengths.

• For cameras up to 75 x 75mm cross section
• Special lid for IFM/Lucid TOF cameras available
• With flange all Orca lids and extensions usable
• High IP rating and high chemical resistance
• Vibration‐proof mounting
• Compact size, small deadweight
• Flexible camera positioning
• Excellent heat dissipation
• Dome window option
• T‐Slot & dovetail profile usable for installation
• Integration of Meganova ring lights possible

Transmission line probes are a special type of passive probe designed for use at very high frequencies. They replace the high impedance probe cable found in a traditional passive probe with a precision transmission line, with a characteristic impedance that matches the oscilloscope input (50 Ohm). This greatly reduces the input capacitance to a fraction of a picofarad, minimizing the loading of high frequency signals. A matching network at the tip increases the DC input resistance. While they have lower DC input resistance than a traditional passive probe (usually 500 Ohm) to 1kOhm), the input impedance of these probes remains nearly constant over their entire frequency range. A traditional /10 passive probe will have a 10 MOhm) input impedance at DC, however this impedance drops rapidly with frequency, passing below the input impedance of a transmission line probe at less than 100 MHz.