5cc Syringe, threaded

Refractive Index 1.56; 250 cps Viscosity at 25°C Norland Optical Adhesive 83H ("NOA83H") is a single component liquid adhesive that cures in seconds to a tough, hard polymer when exposed to ultraviolet light. It is recommended as an extremely fast and efficient way to precisely bondoptical components. In addition to UV light, heat can also be usedto cure this one part adhesive.The outstanding characteristic of this material is its extremely fast cure. Thin films can be initially set in under 10 seconds and thick films in 20 seconds using the light sources listed below. It is also extremely stable when not exposed to UV light. NOA 83H will not gel up in dispenser tips or cure before you want it to.Typical Properties of NOA 83H Solids 100% Elongation at Failure 30% Modulus of Elasticity (psi) 160,000 Tensile Strength (psi) 3,500 Hardness - Shore D 85 Shelf life of the liquid is at least 4 months from the date of shipment if stored in a cool (5-22° C), dark place in the original container. If refrigerated, allow the adhesive to come to room temperature prior to use.

Needle, metal, threaded, OD=0.51mm, ID=0.25mm, length 38.1mm, gauge 25. One pack contains 50 Needles threaded syringe (25G/38.1mm).

Output Current LD 2.5-15 A; Chassis Mount; Compatible with Type A & B Lasers  Wavelength Electronics’ LDxCHA series of low noise module type laser diode drivers provides current levels from 2.5 A up to 15 A. The following models are available: LD2.5CHA (2.5 A), LD5CHA (5 A), LD10CHA (10 A), or LD15CHA (15 A). These drivers meet laser compliance requirements from 3 V with a single 5 V supply, and up to 28 V with an additional 30 V power supply, supporting applications such as materials processing, industrial laser cutting, and laser diode bars / stacks. This product family supports A & B type laser diodes. The new circuitry in the LDxCHA allows for the laser diode current limit and the laser diode current setpoint to be fine-tuned without output current enabled to the laser. This allows users to set the specific safety and output levels required without risk of overdriving the laser during initial configuration. The LDxCHA drivers, with their small size and easy mountability, can be attached directly to an optics table or designed into a system. Two trimpots set the current limit and current setpoint, while five spring loaded terminal blocks allow for simple wiring. Built-in safety features ensure robust designs for real world operating conditions: clipping current limit ensures that the output current will never exceed the setpoint; and slow start circuit ramps the output current. Thoughtfully designed features provide valuable benefits and protect the laser against operational anomalies. Download the datasheet to view a more detailed specification chart, and then get in touch with AMS Technologies’ sales engineers so we can help you choose the right driver for your application. Free, effective and responsive technical support is available to simplify integration of Wavelength products into your OEM design. Standard products can be easily modified to meet your application requirements. Get in touch with the AMS Technologies laser diode driver experts to discuss your customized solution! Key Features: Module Type, Benchtop or Chassis Mounting Size: 29 x 53 x 114 mm RMS Noise Current as Low as 35 μA at 100 kHz Up to 15 A LD Current +5 VDC Single Supply Operation for Single Emitters (3 V max. to Laser) Up to +30 VDC Dual Supply Operation (28 V max. to Laser) Maximum Power Dissipation: 25 to 85 W Bandwidth 600 kHz (CC, Sine Wave) Adjustable Clipping Current Limit Over-voltage and Brownout Protection Slow-start and Delay Circuitry Constant Current or Constant Power Mode Short-term Current Stability: <200 ppm Applications: Materials Processing; Industrial Laser Cutting; Laser Diode Bars / Stacks

Sensor Size 4 x 4 - 100 x 80 mm; 350-1100 nm; Power Range 1-2,500 µW; Position Resolution 0.1-100 µm; Position Accuracy 25-1,000 µm; Interface Analog, USB 2.0, MobileLasers propagating through space have a perfect line trajectory. Using this quality, combined with a position sensor capable of measuring perpendicularly to the propagation direction, Duma Optronics’ comprehensive series of beam positioners yields a perfect system for straightness and alignment. Many applications such as machine straightness measurement, alignment of optical systems, vibration and quality control are enabled by combining the system with the powerful computing capability of today. Optical beam position measurements can be done by a variety of sensor heads, including CCD or miniature and large-area PSD. Duma Optronics offers a variety of sensor head sizes to accommodate numerous application needs. Position sensing provides measurements of optical beam location on a detector surface, and also provides absolute power measurements. Duma Optronics’ series of laser beam positioners are measuring accurately down to fractions of a micron, wherein lower resolution allows measurements over wide areas up to 100 mm. This series includes various detector types such as lateral effect, centrally perforated four-quadrant in 4 x 4 mm up to 100 mm size, and CCD. SpotOn Analog: A complete solution for fast and extremely accurate beam positioning. The system measures both optical beam position and power. Download datasheetSpotOn Mobile: High-accuracy compact beam positioning system with Nexus7 PC tablet included. Download datasheetLaserOn: Compact visible laser diode (635 nm) with built-in screws for fine beam direction adjustment. Completing usage for positioning. Download datasheetSpotOn LA: Large aperture beam positioning system for applications exceeding 100 mm of beam positioning area. Download datasheetSpotOn USB 2.0: A portable, fast and accurate optical beam positioning system (down to 0.1 µm) featuring a USB 2.0 interface. Download datasheetKey Features: Complete Line of Laser Beam Positioning Various Detector Types: Lateral Effect, Centrally Perforated Four-quadrant, CCD Simultaneous Operation of Several Detectors Fast Acquisition up to 60 kHz Calibrated Lasers for Alignment Reference Applications: Machine Straightness Measurement; Alignment of Optical Systems; Vibration Measurement; Quality Control