Automation Parts

Femtolasers Introduces Fusion M1 Laser Oscillator Femtolasers has introduced Fusion M1, a member of its ultra-compact Ti:Sapphire oscillator range. Fusion M1 is claimed to deliver maximum stability, ease of operation and excellent laser parameters from a compact laser oscillator. These attributes are achieved through an integrated high-reliability pump module in combination with a low-loss high-efficiency cavity design. All Fusion models make use of Femtolasers' patented Dispersive Mirror technology, which is specifically designed for broadband intracavity group delay dispersion compensation. Mode-locked average output power exceeding 1W is now available with all features of an ultra-fast laser. Fusion M1 features Femtolock repetition rate stabilisation, tunability in bandwidth and custom centre wavelength control. It is designed for demanding applications such as seeding amplifier chains, material processing, coherent THz generation, time-resolved spectroscopy and multi-phot...

Photonic Offers Variable-Focus Laser Diode Modules Photonic Products is launching a range of variable-focus industrial laser diode modules. Constructed to withstand harsh conditions and satisfy challenging industrial applications, Photonic's new range of variable-focus industrial laser diode modules offers the high performance and the high boresight accuracy of less than 0.25 degrees of the existing range of standard industrial laser modules with the added bonus of user-adjustable focus for greater flexibility and fine tuning. The range is designed to be a complete original-equipment-manufacturer (OEM) laser solution for heavy-duty manufacturing processes such as micro-machining, marking, cutting, drilling, welding, forming and soldering, along with other industrial laser uses where quality, durability and robust performance are critical. The industrial modules are encapsulated in a hard-coat-anodised case with a scratch-resistant sapphire window to protect the lens. They are...

Application Test Demonstrates Laser Cut Speed An application test has been carried out to demonstrate the cut speed and quality achieved while using a Firestar F-Series laser to cut automotive headliners. This particular semi-rigid headliner material is comprised of several layers of synthetic fibres, with a total thickness of 1.3mm (0.050in) bonded to a 1.4mm (0.056in) thick paperboard base for an overall thickness of 2.7mm (0.106in). The cutting head on the Synrad flatbed XY table contains a 63.5mm (2.5in) positive meniscus lens that provides a 100-micron (0.004in) spot with a 1.8mm (0.07in) depth of focus. During the cutting process, 4.1 bar (60lb/in2) of clean, dry air was delivered coaxially with the beam for gas assist. The Firestar lasers achieved cut rates of 14m/min (550in/min) using 400W and speeds of 7m/min (275in/min) using 200W of power. In both cases, the synthetic fibre was cleanly cut while the paperboard base exhibits slight charring of the cut edge. CO2 lasers c...

Linx SL301 30W Scribing Laser Gets IP65 Rating Linx Printing Technologies has added IP65 capability to the latest version of its Linx SL301 30W Scribing Laser, making it suitable for use in harsh, wet and dusty environments. Part of Linx's SL laser range, the versatile Linx SL301 is ideal for coding onto a range of products at low or high speed, in a variety of manufacturing industries. The coder offers low running costs, reduced downtime, user-friendly operation and reliable coding without the need for manual intervention or high-quality codes, even at higher line speeds. The IP65 rating extends these benefits to challenging production environments where washdown processes are common, providing companies with effective 24/7 coding regardless of factory conditions. The Linx SL301 can be quickly installed into existing production-line set-ups. The coder operates without requiring factory air or water to keep it cool, removing costly and time-consuming integration procedures. S...

IFM Houses Latest Laser Sensors In M18 Enclosure IFM Electronic has brought out a standard M18 housing for its latest laser sensors. These sensors can detect objects as small as 0.5mm, while the through-beam type can see as far as 60m. They are equipped with Class 1 lasers (to IEC 60825-1), which is the safest form of laser light and doesn't need special labels. The visible light spot and the pushbutton setting method allow the sensitivity and function to be quickly set. The range covers powerful through-beam systems, retro-reflective types and background-suppressed diffuse to suit demanding applications in automated assembly. All of IFM Electronic's M18 sensors, lasers and standards feature a robust stainless-steel housing and standard M12 connector.