Press Releases

21 March 2011
 
We are pleased to announce the Perfection-10 ; a new 10MHz Rubidium atomic clock for audio/video professionals and demanding audiophiles. Designed by Stanford Research Systems (SRS), the Perfection-10 offers class leading performance at new low price point.
 

• Atomic stability and accuracy
• Eight 10MHz 75ohm outputs
• ±0.05 ppb accuracy
• 10 year ageing < 5ppb
• Ultra-low phase noise: (<-155 dBc/Hz @ 10kHz)
• Compatible with any device accepting a 10MHz input (including Antelope™ and dCS™ equipment)
• Optional 12VDC redundant power input with automatic switchover
• Low cost

Unlike competing equipment designed around third-party off-the-shelf Rubidium clocks, the core of the Perfection-10 is a proven ultra-stable rubidium oscillator designed and manufactured by Stanford Research Systems. By designing and building the oscillator in-house, SRS are able to craft an instrument perfectly matched to the demanding requirements of audio master clocks, for an affordable price.

The Perfection-10 has eight 10MHz 75ohm outputs; compatible with all devices that accept a 10 MHz reference input. The optional redundant 12VDC power supply automatically switches in to ensure continued and uninterrupted operation in the event of a power failure.

If you were considering Rubidium clocks from manufacturers such as Antelope Audio or Esoteric, or if you have previously dismissed the thought of a Rubidium master clock because of the cost, the new Perfection-10 could be just the solution for you - class leading performance at a very attractive price.

For further information on the Perfection-10, click here to contact us by email or call:
 
Matthew Ball on 01582 764334

2 Aug 2011
 
Greenlee is transitioning its handheld fiber instrumentation into one focused product line - the XL fiberTOOLS™ family.

In the past, Tempo and Greenlee branded instruments existed with overlapping feature sets. By moving to one family line, we will be able to better meet our customers’ requirement for dependable low-cost handheld devices. The XL fiberTOOLS™ family has expanded its offering of handheld optical instruments to include three more LED light sources, two Power Meters and a Light Detector. These new instruments are based on recently discontinued Tempo products. The XL fiberTOOLS™ family should help meet technicians requirement for installing and maintaining a fiber infrastructure.

All of the new LED Sources and Power Meters utilize the same rugged case as the rest of the XL fiberTOOLS™ family. The devices are powered by easily obtainable AA batteries so there are no worries about hard to find replacements. The Power Meters utilize a large clean display, which makes them easy to read in almost any environment. The large keypad allows users to easily navigate to their desired mode of operation. All products are calibrated at the factory to ensure they have the accuracy users need and expect. The 573XL comes with a fixed ST interface. The other Sources and Power Meters utilize removable and swappable interfaces. This makes them both easy to clean and adaptable to changing requirements. The 510XL light detector lets users quickly identify active single-mode and multi-mode fibers, even in bright light conditions.

The XL fiberTOOLS™ family is well suited to anyone who works with fiber and needs dependable tools. The XL fiberTOOLS™ family has a broad range of instruments that will meet most demands for primary level testing for fiber-optic installers, Telcos, labs and the military.

Product Listing

• 510XL SENSOLITE™ LIGHT SENSOR
• 567XL SILICON FIBER OPTIC POWER METER
• 568XL HIGH INTENSITY OPTICAL POWER METER
• 573XL 650NM LED SOURCE
• AS100 577XL-AS100 850NM LED SOURCE WITH 100/400 LAUNCH CONDITION
• 577XL-M90 850NM LED SOURCE WITH 62.5/125 LAUNCH CONDITION

Click here to download a XL fiberTOOLS™ family brochure

Please contact Adrian Harrison on 01582 764334 or click here to contact us by email.

02 Jun 2011

Savvy Optics Corp is the latest company to sign up to be distributed by Lambda Photometrics Limited. Savvy Optics Corp is headed up by Dave Aikens (President), a highly respected trainer in the field of optics specializing in Scratch/Dig, ISO 10110 and Waviness with years of experience in the industry.

Savvy Optics new Scratch Inspection System, the SavvyInspector SIF-4 is a perfect fit with Lambda’s Metrology group’s Zygo Fizeau interferometer users. The SavvyInspectorTM model SIF-4 provides software assisted scratch/dig evaluation of flat optical surfaces, eliminating the subjectivity of human surface quality inspection.

For more information click here or contact David Chambers on 01582 764334.

01 Dec 2011

Lambda Photometrics are proud to release the latest generation of VeriSens vision sensors from Baumer who sets new standards of operating simplicity and dependability.

Three new ranges of VeriSens® provide optimal solutions for various applications in automation systems.

The ID Series vision sensors reliably solve industrial identification and imprint control tasks. The VeriSens® ID-100 reads all standard 1D/2D and GS1 codes and is therefore ideally suitable for controlling production sequences. The VeriSens® ID-110 additionally enables text and date parameters to be checked for correctness and legibility (OCR/OCV). Check & Sort tasks for quality control purposes are particularly easy to solve with the VeriSens® CS-100 of the CS Series. For example, it provides 5 digital outputs which enables it to check components for various characteristics and sort them directly without external PLC requirements.

The new FEXLoc® technology guarantees reliable 360° position tracking of variable component positions.

The XF Series has the high performance of a vision system but is as easy to use as a vision sensor. The extensive functions of the VeriSens® XF-100 and XF-200 make it possible, for instance, to validate component geometries, locate parts or check the form, content and correct labelling of packaging.

All VeriSens® vision sensors of the new generation are integrated into an industrially robust metal housing of the IP 67 protection class and achieve high production rates by performing up to 3000 evaluations per minute. The uniform, intuitive operating software and extremely simple integration of the new VeriSens® series permit flexible operation during changing requirements and applications.

Click here for further details.

Please contact us for more information and to arrange a demo: click here to contact us by email or call:
 
Clive Phillips or Mark Bambrick on
01582 764334

1 February 2011
 
The new ZYGO dynaFiZ interferometer performs accurate metrology in the presence of air turbulence and extreme vibrations.
 

The Zygo dynaFiZ™ laser interferometer is a highly optimized optical instrument designed specifically for performing accurate metrology of optics in the presence of air turbulence and extreme vibrations.

The high light efficiency of the dynaFiZ™ optical system, combined with its long life, high power, HeNe laser source, enables operation at high camera shutter speeds that "freeze" vibration. This dynamic capability provides reliable metrology in environments that are too violent for traditional temporal phase shifting techniques.
 

The low-noise, high resolution camera and optical magnification in the dynaFiZ™ interferometer enables clear visualization of the mid-spatial frequency characteristics in the surface of a test artifact.

Key Features:

• Dynamic acquisition in turbulent air and extreme vibrations
• Optimized optical system provides clear visualization of mid-spatial frequency characteristics
• LivePhase enables real-time Zernike analysis
• Movie mode captures wavefront changes over time
• High-power, long-life, frequency-stabilized HeNe laser

For more information please contact Ken Middleton on 01582 764334 or email

11 March 2009

Lambda Photometrics are pleased to announce the launch of a new C-band tuneable laser from LUNA Technologies.

Based on proprietary compact external cavity MEMs laser technology, the PHOENIX 1400 offers best-in-class wavelength precision and tuning linearity; making it ideal for telecommunications test and measurement as well as a variety of other applications including optical frequency domain reflectometry (OFDR) systems, FIBRE-BRAGG sensing, metrology, near-infrared spectroscopy and tomography, heterodyne measurements and fibre component characterization for dense wavelength division multiplexing (DWDM).

The PHOENIX™1400 laser covers the 1515-1565nm waveband, and has integrated dual-channel power meters, sweep and retrace triggers, and a user-friendly graphical interface. The integrated wavemeter ensures industry leading wavelength accuracy. The PHOENIX™1400 includes software development tools for easy integration into custom R&D and manufacturing application environments.  

The PHOENIX™1400 is part of a family of products, including the basic PHOENIX™1000 laser package for OEM customers, and the forthcoming PHOENIX™1200 module with integrated wavemeter and driver. All are based on the intellectual property rights and manufacturing equipment of the former Iolon 'Apollo' lasers, purchased by LUNA in December 2006.

Visiting OFC/NFOEC in San Diego 24th-26th March 2009? Come along to booth #734, and see the PHOENIX™ 1400 for yourself along with LUNA Technologies’ other award winning test and measurement solutions; the OVA™ and the OBR™.

For further details and to request a demo or a quotation for the PHOENIX™1400 or any other LUNA Technologies product in the UK, please contact us or alternatively call us on 01582 764334.

9 March 2009

Prosilica further expands its wide range of industry-leading GigE Vision camera with the release of the GC780 wide VGA ½” CCD camera. The GC780 is an ultra-compact, economically priced, machine vision camera with Gigabit Ethernet interface (GigE Vision™). The GC780 incorporates the Sony ICX415 CCD sensor and runs 64 frames per second at 782x582 resolution over the GigE Vision-compliant Gigabit Ethernet interface.

The GC780 works with standard gigabit Ethernet hardware and cables and can have cable lengths up to 100 meters (330 ft) long using conventional Cat5e network cabling. Applications for the GC780 include high-speed inspection, machine vision, optical character recognition, traffic imaging, robotics, and OEM applications.  

The extensive feature set of the GC780 includes pixel binning, area of interest readout, external trigger and sync I/O, auto-iris control, RS-232 peripheral port, exposure, gain and offset controls, non-volatile configuration memory, event recorder capability, pre-trigger recording, programmable strobe functions, multicasting, configurable IP addresses, autoexposure and autowhite balance controls. With both monochrome and color models, the GC780 is available as C-mount or CS-mount with adjustable back focus. One of the most significant features is its GigE Vision interface that provides networkable, multi-camera, reliable data transport at high data rates over exceptionally long cables.

GigE Vision is a camera interface standard for Gigabit Ethernet-based cameras. Gigabit Ethernet is a mature technology that allows for reliable, high-speed, data transmission over long cables and also provides for networking multiple cameras into high-performance multi-view imaging applications at lower cost and effort that with other camera interface technologies. Prosilica’s GigE Vision engine, believed to be the fastest in the industry, is capable of sustaining 124 Megabytes per second without packet loss. Latency is lower than firewire cameras by a factor of 10, making Prosilica’s GigE Vision cameras suitable for even the most demanding applications.

Prosilica also provides a software development kit that includes the complete source code of Prosilica’s Sample Viewer application. Prosilica’s SDK, available for XP, 2000, Vista, Linux, and QNX operating systems, praised by customers for its simplicity, ease-of-use, and utility, is available free of charge. Prosilica’s GigE Vision cameras are also well supported by industry-leading machine vision software from National Instruments, Matrox, MVTec, Stemmer, Norpix, and others.

For a FREE trial and quotation of the wide VGA GC780/C industrial CCD camera, click here to contact us by email, alternatively call the Machine Vision Team on  01582 764334.

Why Buy Prosilica Cameras:

• Prosilica makes the smallest, lightest, highest performance GigE Vision cameras in the world!
• Which each camera Prosilica provided a FREE OF CHARGE Software development kit for control and image capture.
• Third Party Support. Both National Instruments and Matrox Imaging used Prosilica's GigE cameras to develop their GigE Vision drivers. Prosilica's cameras are thus highly compatible with Matrox, National Instruments and many other software vendors.
• Native Prosilica support for Windows XP, Windows 2000, Linux, QNX and Mac OSX. Prosilica has the widest operating system support in the industry.
• The Free Sample viewer provided allows you to quickly get the camera up and running and shows all the camera controls and features. The source code for the Sample Viewer is included in the SDK to help you integrate the camera into your own application.
• Prosilica has one of the largest selections of high-performance digital cameras for machine vision. Ranging from VGA resolution (640x480) to 16- megapixel (4872x3248) Prosilica cameras provides independent x, y binning to dramatically increase sensitivity and speed;square binning modes 2x2, 3x3, 4x4, 5x5, 6x6, 7x7, 8x8, and also rectangular binning modes up to full vertical resolution.
• Prosilica provides DSP subregion controls so that specific portions of the image can be defined in order to control the autoexposure and autowhitebalance features (and ignore the other parts of the image). Prosilica Cameras have a feature called StreamHold. This feature allows the camera to retain images in the camera memory indefinitely until they are requested by the host computer.
• Prosilica can provide extra features within the same price range as other manufacturers.

01 May 2009  

Lambda Photometrics is proud to present a FREE seminar to demonstrate the benefits of machine vision technology for industry and explore the features of Scorpion Vision Software.

Date: 20th May 2009

Location: Hatfield, Hertfordshire

Time: 11am – 4pm

The seminar will also contain a technical workshop to discuss applications and learn more about Scorpion Vision Software. We will show how machine vision technology can be employed to improve current production processes and is open to anyone looking to gain an understanding of the basic concepts or obtain more in depth knowledge. Vision system designers and engineers looking to use machine vision systems to solve problems are also welcome.

Scorpion Vision Software provides powerful image processing for 2D and 3D applications without the need for programming skills. Scorpion Vision Software is currently used in a vast variety of industries; automotive, robotics, wood, furniture manufacturing, food, pharmaceutical, packaging, energy, photovoltaic and more. It solves tasks within robot vision, label and surface inspection, assembly verification, quality control, colour identification and high precision gauging.

Who should attend:

• Production engineers and managers looking to improve product quality and reduce manufacturing costs
• Anyone interested in knowing more about Scorpion vision software or 3D image processing
• Scorpion users looking to solve existing problems

Morning Agenda:

• Commercial applications
• Introduction to Machine Vision and Scorpion Software

Afternoon Agenda:

• Scorpion 3D applications
• Technical workshop

Book Today

The seminar and workshop are FREE and a buffet lunch will be provided. Places are limited so book early to avoid disappointment.

To register, please send an email to  with "Scorpion Vision Sofware Seminar" in the subject line.

Clive Phillips Product Specialist t: 01582 764334

12 May 2008

We are proud to announce the launch of a new 8-channel digital delay/pulse generator, the DG645 from Stanford Research Systems, now available in the UK from Lambda Photometrics.

The DG645 digital delay/pulse generator is an improved version of its predecessor, the DG535 with <25ps rms jitter, up to 10MHz repetition rate, higher accuracy and with more channels.  

The front panel has five outputs, T0 and four independent pulses (AB, CD, EF, GH). The programmed delays can be set between 0 and 2000 seconds, with 5ps resolution, to control the timing of the leading and trailing edges of the four output pulses. There are three optional delay output configurations to choose from, and each configuration has eight delay channels with 5V, 30V or combinatorial outputs.

The DG645 can be triggered internally or externally. The internal rate generator can be set from 100µHz to 10MHz with 1µHz resolution. An external trigger input can trigger a timing cycle, a burst of cycles or a single shot. A trigger inhibit input is included as standard which can disable the trigger or any of the pulse outputs during a timing cycle.

Ovenized crystal and Rubidium timebases are available as an option if higher stability is required. GPIB, RS232 and Ethernet interfaces are included as standard, allowing remote control for all instrument functions.

Click here to request a quotation for the DG645

05 February 2008  

Available in the UK from Lambda Photometrics Ltd; the Stanford Research PRS10 is a 10MHz Rubidium (Rb) disciplined frequency source with ultra-low phase noise, excellent stability and low aging rate. It is an ideal component for use in any OEM or end-use application requiring a stable precision low noise frequency standard.

Key Features:

• 10MHz output
• Very low phase noise (<-130dBc/Hz at 10Hz)
• Time tags or phase-locks to a 1pps input
• 72 hour Stratum 1 level holdover
• RS-232 interface for diagnostics, control and calibration
• Optional break-out connector board
• 20 year Rb lamp life
• Compact package (50x75x100mm)HWD  

Stanford’s unique approach uses the 3rd overtone of a stress-compensated (SC-cut) crystal oscillator to produce an ultra-stable 10MHz output with very low phase noise (<-130dBc/Hz at 10Hz offset). The Rb lamp physics package provides a well defined gas transition reference frequency that is used to discipline the crystal oscillator.

The PRS10 has a very low aging rate (<5 x 10-11/month). Additionally, the system can be phase-locked to an external source such as a 1pps GPS timing receiver, which eliminates the problem of long term aging and frequency offsets.

A 10MHz microcontroller controls all aspects of operation and provides diagnostics, measurement and closed case calibration through a RS-232 interface. The optional break-out connector board gives easy access for DC power, input/output BNC and RS-232 communication connectors.

The PRS10 is part of our range of frequency standards and oscillators, including the FS725 Benchtop Rubidium Frequency Standard, FS710 Distribution Amplifier, SC-10 Ovenised Crystal Oscillator, FS-700 LORAN-C Frequency Standard, SR620/625 Time Interval & Frequency Counters, CG635 Clock Generator and DS series Function Generators.

Click here to request more information