HL40xxxx Series UV Laser Diodes

405 to 980 nm; 1 to 250 mW; Beam Size 1.0 to 4.0 mm; Power Stability <1% @ +25 °C Blue Sky Research has designed its MiniLase series of miniature laser modules to offer superior beam qualities in a compact package for OEM applications. The MiniLase series combines Blue Sky Research’s VPS (virtual point source) lasers with high quality optics, solid packages and laser drive electronics. MiniLase laser modules are offered with either a conventional, elliptical laser diode beam or a circular, diffraction-limited gaussian beam profile. A variety of wavelength, power and performance configurations are available, including collimated, shaped or focused beams, laser drive electronics or multiple wiring & connector options. The built-in automatic power stabilization (APC) function provides high stability and low noise at the same time. Together with Blue Sky Research, AMS Technologies offers many standard products as well as customized designs to meet your specific mechanical, electrical or optical requirements. All OEM solutions can be mass produced and delivered to meet your production timing and inventory requirements. MiniLase products typically utilize Blue Sky Research’s microlens technology to gain distinct performance advantages over traditional LD based modules. Starting from a regular laser diode with elliptical beam, the microlens technology creates a virtual point source (VPS) with a gaussian-circular beam divergence. A high-quality doublet or aspherical lens is then used to collimate or focus the beam, which maintains diffraction-limited quality. A good Gaussian profile (M2 < 1.3) and low wavefront aberrations enable the beam emitted by the MiniLase modules to be collimated better or be focused into a smaller, more well-defined point. In addition, the beam waist depth of focus is increased, minimizing systematic optical tolerances and enabling superior optical performance. Key Features: Miniature OEM Laser Modules Visible Through Infrared Wavelengths: 405 to 980 nm Laser Diode Power: 1 to 250 mW (Depending on Wavelength) Power Stability (Short Term): <1% at +25 °C Beam Size: 1.0 to 4.0 mm Collimation/Focusing Optics Simplify OEM Integration Package Size: Dia. 7 to 19 mm, Length 10 to 60 mm Applications: Machine Vision; Alignment & Targeting; Manufacturing; Instrumentation; Life Sciences; 3D Imaging, Sorting & Inspection

Free Space, Ultra Stable; 375 to 1625 nm; Output Power 5 to 150 mW; Case 101x50x38 mm; Beam Size 1 mm OZ Optics’ OZ-5000 series of diode laser modules are temperature stabilized, free space, laser diode delivery systems. The compact housings contain both the laser diode and the temperature control and are powered by a single 5 V DC supply. Both designs have an operating temperature range of +10 to +45°C and hold the temperature variation of the laser diode below 0.01 °C. This maintains the wavelength variation to better than 0.1 nm and reduces the tendency of the laser diode to mode hop. OZ-5000 modules have standard analog and optional TTL interfaces for OEM applications and an optional USB computer interface upon request. Output power can be adjusted by simply changing the DC voltage on the “Power Control” input. Most standard parts can thus be modulated at up to 20 kHz. Special versions are available to cover even higher modulation frequencies, up to 1 MHz. Contact AMS Technologies with your requirements. An interlock feature is also standard for the OZ-5000 series of diode laser modules, enabling the user to shut the unit down if a safety issue or other error condition arises. This feature can also be used as a TTL on/off control. In addition, a mechanical shutter option is available for additional safety. Key Features: Output Power up to 300 mW Wavelength 375 to 1625 nm Excellent Power & Wavelength Stability Low RMS Noise Excellent Beam Pointing Stability Electrically or Optically Variable Output Power Compact Size, 101 x 50 x 38 mm- Easily Configurable Analog Interface Optional USB and other interfaces Variable Beam Size: Collimated or Adjustable Applications: Confocal Microscopy; Flow Cytometry; DNA Sequencing; Medical Imaging; Interferometry; Particle Counting; Printing; Optical Component Manufacturing and Testing; Materials Evaluation and Testing