Lambda News

2013                 Lambda release their new web-site making it easy for customers to find what they are looking for and to purchase over the web.

                        With increased demand for electrical and electronic measurements in materials science and industry, Lambda broadens its portfolio to supply a range of test equipment from DC sourcing to complex signal analysis. Advanced “Vision” applications require greater frame rates and increased resolution.  Lambda introduces a range of camera’s to meet the most demanding of applications with the latest connectivity and software available.

2012                 Lambda emphasise skills in the following applications areas:

Metrology

Microscopy

Spectroscopy

Machine Vision

Test and Measurement

Lasers and Fibre Optics

recognising that customers have interests in at least one of the above applications and understanding how each of these capabilities complement one another.

2011                 Adding Raman measurement systems to our Spectroscopy range shows Lambda’s commitment to the process, pharmaceutical, biomedical, chemical, LED lighting and research communities.

Lambda strengthens its electro-optical capability by offering test systems for FLIR, SWIR and visible cameras, laser systems, electronics, and motion control.

2010                 Understanding that many customer applications require a detailed understanding of the surface of materials and devices, Lambda introduces the most advanced Desktop Scanning Electron Microscope, SEM, to the UK and Ireland markets.

2009                 To increase the Identification and Image processing product range, Lambda offer a comprehensive range of Industrial camera’s and vision sensors.

2008                 Physik Instrumente (PI) UK spun out of Lambda as a separate company, to further develop their nano-positioning and piezo stage business.

2007                 Increased success in the Automotive and Aerospace markets, leads Lambda to begin sales of remote sensing systems.  Using fibre-optic technology, allows customers to replace highly complex and lengthy set-ups, using traditional strain gauges, with a single fibre and test instrument.

2003                 Growth at process industry customers, coupled with the need to measure ingredient and compound quality, leads Lambda to release in line spectroscopy products.

2000                 Lambda enjoys rapid growth, with the rise of the communications customers technology changes and infrastructure investments.

1998                 Success with industrial vision and illumination projects within UK process industry guides Lambda to set up a separate Machine Vision group, focusing on supplying leading vision and illumination solutions for a wide variety of industries.

1993                 Polytec-PI GmbH acquire Lambda Photometrics, recognising the companies contribution to group sales, Lambda’s experienced group of scientists and engineers and their importance for future growth in the UK and Irish markets.

1981                 Lambda extend their “light” capabilities, by entering the market for the testing of Fibre Optic communication systems, driven by the need for increased bandwidth.

1977                 Lambda Photometrics Ltd founded by Bob Carless as one of the first UK & Ireland distributors of lasers, optics and related technologies. Distribution agreements signed with Zygo, Quantel & Stanford Research Systems, all of whom remain with Lambda today.  This shows the commitment Lambda has to these organisations applications and products, and the value these companies place in Lambda as an extension to their sales and applications engineering workforce.

The MPA100 OptiMelt provides a fast and accurate means of automatically determining the melting points and melting ranges of chemical substances. With microprocessor-controlled temerature ramping, a built-in digital camera, and a selling price that is half that of competing models, OptiMelt offers the best value of any commercially available melting point apparatus.

07 Mar 2012

Precision pulse energy and time duration control makes Printed Electronics metal ink sintering processes easier to develop.
 
The release of the new Sinteron 2010 from Xenon Corporation provides even greater flexibility for sintering conductive Cu and Ag metallic inks, curing thin-film substrates and for solar and surface modifications using pulsed flashlamp technology. Whereas the previous Sinteron 2000 system featured four preset values for the pulse widths, the Sinteron 2010 allows for digitally programmable pulse widths. The ability to dial up just about any desired width within a range makes the Sinteron 2010 extremely flexible and valuable to process development.

A number of attractive features are designed into this 19 inch rack-based stand-alone system. The pulse amplitude can be continuously adjusted like the Sinteron 2000. The pulse width for the Sinteron 2010 is adjustable in increments of 5µs in the range of 100µs to 2,000µs. By having total control of the pulse amplitude and pulse width, the optical energy delivered by the system can be precisely controlled. As the pulse profile is very linear at maximum amplitude a relationship of 1000J/ms can be assumed facilitating precise pulse energy delivery. The Sinteron 2010 allows for connection of either Spiral or Linear Lamp housings. These can provide optical footprints of 19mm x 305mm (0.75 inches x 12 inches) or 127mm (5 inches) diameter areas. As Xenon Corporation manufactures Lamps and Lamp Housings, other optical profiles are readily available.

The introduction of Sinteron 2010 is welcome news for those involved in photonic sintering of conductive inks for printed electronics in areas such as displays, smart cards, RFID, low cost medical sensors, novelty greeting cards and solar applications. The non-contact and low thermal characteristic of the photonic curing process lends itself to web-based printing techniques such as inkjet, flexography, gravure, and screen-print.

For more information, please see the Sinteron Systems product page, click here to email or contact Ken Middleton or Dave Chambers on 01582 764334.
 
Lambda Photometrics Ltd is a leading UK Distributor for Laser and Light based products in areas including Optics, Electro-optic Testing, Spectroscopy, Machine Vision, Optical Metrology, Instrumentation, Microscopy and Pulsed Xenon Light Systems.

25 Jun 2012

Real-time, H.264 HD Video Acquisition & Streaming - 1080p, 1080i, 720p & more!

Foresight Imaging, the leader in high performance imaging for medical, defense, & multimedia applications, introduces the AccuStream Express HD+C family of PCIe x4 imaging boards. AccuStream Express HD+C acquires any HD, DVI, HDMI, RGBHV, S-Video, composite, monochrome, standard, or non-standard video signal and provides real-time H.264 compression and streaming.

With the PCIe x4 design, transfers are at 750 MB/second, easily allowing real-time streaming to disk of 1080p and real-time display:

•     Capture ANY video signal
•     Includes 1080p & 1920 x 1200 x 60Hz
•     Real-time, hardware H.264 compression: from 2-30 Mbps
•     Superior image quality
•     Real-time video scaling
•     Windows & Linux support
•     Software tools: C++ libraries, ActiveX, WDM driver, VFW driver, example programs with source code

 AccuStream Express HD+ is ideal for high performance imaging applications including:

•     Surgical recording
•     Medical imaging
•     Flight simulation
•     Monitoring Security
•     Multimedia
•     Any application requiring long format video acquisition

Also available are the AccuStream Express HD 75+C (up to 1080i & 720p) and the AccuStream Express SD 50+C (up to 480p & 576p).

For more information, please click here to email or contact Clive Phillips or Mark Bambrick on 01582 764334.

Lambda Photometrics Ltd is a leading UK Distributor for Laser and Light based products in areas including Optics, Electro-optic Testing, Spectroscopy, Machine Vision, Optical Metrology, Instrumentation, Microscopy and Pulsed Xenon Light Systems.

15 Jun 2012

As the developer of the world’s FIRST frame grabbers for laptops, IMPERX has released another reliable, easy to utilize, feature rich frame grabber.

The VCE-HDEX01 supports SD and HD real-time acquisition with real time RGB gain/offset, LUTs, Gamma Corrections and auto-white balance. Includes full SDK and software. Perfect for Broadcast, Surveillance, Microscopy, Medical imaging and much more.

For more information, please click here to email or contact Clive Phillips or Mark Bambrick on 01582 764334.  

Lambda Photometrics Ltd is a leading UK Distributor for Laser and Light based products in areas including Optics, Electro-optic Testing, Spectroscopy, Machine Vision, Optical Metrology, Instrumentation, Microscopy and Pulsed Xenon Light Systems.

15 Jun 2012

The Baumer GigE Power Switch Plus is now available.  

The new Power Switches simplify the integration of GigE and PoE cameras onto industrial networks. The device is an unmanaged Gigabit Ethernet switch with 8 x 10/100/1000Base-T ports and PoE support. It features a wide input voltage range of 12...36 VDC and can be DIN-Rail and wall mounted.

• Single-cable solution for GigE
• Reduce installation and maintenance costs
• Simplify your set-up 
• Easy integration using Baumer network components
• Versatility of camera models available

For more information, please click here to email or contact Clive Phillips or Mark Bambrick on 01582 764334.

 Lambda Photometrics Ltd is a leading UK Distributor for Laser and Light based products in areas including Optics, Electro-optic Testing, Spectroscopy, Machine Vision, Optical Metrology, Instrumentation, Microscopy and Pulsed Xenon Light Systems.

23 Feb 2012

The StreamPix 5 software has been expanded to include particle image velocimetry (PIV). Particle image velocimetry is an advanced flow visualization method that is used across a wide variety of industries. Already one of the most capable high speed digital video recording suites on the market, the addition of PIV to StreamPix 5 adds the ability to record instantaneous velocity measurements that can be used across a diverse range of industries including aviation aerodynamics, biomedical device development and even avalanche analysis.

StreamPix 5 from Norpix is a natural fit for the PIV industry. Specifically, StreamPix 5 is compatible with industry-leading high speed cameras from Imperx, which are capable of capturing two video frames spaced at hundred-nanosecond intervals. An easy-to-organize naming scheme for saving or exporting images and the capability to export video data in a wide variety of formats. Norpix offers a number of turnkey StreamPix 5 systems that provide the hardware and software required to plug-in to your existing particle image velocimetry setup.
 
As Norpix's flagship software product, StreamPix 5 has become the ultimate Digital Video Recording software. With its state-of-the-art user interface, users may view, control and acquire from single or multiple cameras simultaneously. StreamPix 5 provides a complete management console for cameras, simplifying the setup, control and acquisition from any number and type of camera.

NorPix is a developer of high-speed digital video recording software specializing in single or multiple camera acquisition. Our software provides a wide selection of features such as time stamping, synchronization, audio and data acquisition and much more. Our software and systems are used throughout a wide range of applications including special effects, scientific research, life science, geo-mapping and military applications.

Call Clive Phillips or Mark Bambrick on 01582 764334 today to discuss your machine vision application and find out what we can do for you.

14 Feb 2012

 
Nowadays ever faster production processes require very high frame rates during visualization and testing in many sectors. At the same time, increasing miniaturization calls for highly flexible components, which can be integrated even in the smallest available space.

Baumer meets these requirements with the new MXG03. The board level camera is equipped with the world's fastest VGA sensor from CMOSIS, the CMV300, which was specifically developed for the high speed range. With up to 250 frames/s, the cameras can keep pace with the fastest applications. Due to the flex print connecting sensor and system board with each other, the camera can be adapted individually to almost any mechanical design. The VGA cameras represent the core of powerful image processing systems for high-speed processes. This is for example applicable in checking blister packages for completeness or vials for particles. They are also used in the semi-conductor industry for presence checks and position monitoring during assembly. Also in increasingly non-industrial sectors like life sciences, they provide ideal performance thanks to their small, flexible design and high speed.

The integrated global shutter with CDS (Correlated Double Sampling) enables detection of the fastest movements with low readout noise and excellent image quality. Besides from top speeds and maximum flexibility, the MXG03 also features a high sensitivity which surpasses even the sensitivity of CCD sensors. The camera has a GigE standard interface which offers a high bandwidth, reduces integration and maintenance costs and supports the installation of camera networks. Comprehensive camera features like trigger delay, sequencer, debouncer, packet or transmission delay, storable user sets or an optional Power over Ethernet (PoE) power supply are coming with this CMOS camera on top. The MXG03 is an addition to the present eight camera models in the MXG series and will be available in monochrome and colour.

Call Clive Phillips or Mark Bambrick on 01582 764334 today to discuss your machine vision application and find out what we can do for you.

24 Nov 2011

SCHOTT KL 2500 LED: performance leader in cold light sources

SCHOTT has continued to expand its portfolio of LED cold light sources. The KL 2500 LED delivers equivalent light output to a 250-watt halogen lamp, in fact more than 1,000 Lumens out of a 9 Millimeter diameter fiber bundle. Especially during long periods of use in automated processes, this product is cost efficient due to its outstanding price/performance ratio. The brightness and shutter function can be set on a PC and controlled with the help of individual software.

As a result of rising cost pressures and high volumes of samples in the laboratory sector, halogen light sources are gradually being replaced by those that use energy-efficient high-performance LED technology, and processes like stereomicroscopy are being automated. As a pioneer, SCHOTT has expanded its successful KL LED series to include a system that can be easily integrated into existing infrastructures to confront these challenges.

The new KL 2500 LED light source is PC controllable via USB interface. It features an electronic shutter and ripple free DC illumination. The brightness can be set at three different increment values: fine, standard or coarse. An LCD display indicates the brightness setting or operating mode. The product also features a connection for a foot switch and remote control.

SCHOTT uses LEDs that produce neutral white light with a color temperature of approximately 5,600 Kelvin. Unlike halogen systems, this means there are no more annoying changes in the color temperature of the light during dimming. Daylight filters are also no longer necessary. The appropriate type of halogen filter is also available for users who prefer halogen light that approximates a warm white shade.

Because these new devices use the same proven fiber optic interface used in halogen light sources, only the light source needs to be replaced. This means customers are able to continue using their existing fiber optic light guides. These devices are equipped with universal power supplies to ensure that they can be used throughout the world without any limitations.

The LEDs have a service life of 50,000 hours or 1,000 times that of a halogen light bulb, an aspect that translates into less downtime. Furthermore, LED technology allows for energy savings of around 75 percent and, thus, significantly lower operating costs. Because of its high light output and special features, its use in life science and industrial applications of stereo microscopy and macroscopy is especially important.

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

11 May 2011
 
TroublePix is a digital video recording software designed for factory floor applications or requirements needing a simple user interface. With TroublePix, you can acquire, view and review all within the same user interface. TroublePix provides features such as looping, Pre/Post triggering, event marking and much more.

Compatible with GigE, FireWire A & B, Analog and Camera Link high speed cameras from various manufacturers.

 TroublePix 750

• Record to RAM or disk at 762 fps x 576 x 480 or 150 fps x 1024 x 1024 x 8 bits.
• Up to 150 seconds in RAM or 25 minutes to disk uncompressed.
• Compatible with TroublePix and StreamPix 5 software.
• Record in loop mode or with prepost trigger.
• Compatible with event markers and triggering.
• High quality camera, global shutter.
• Lower frame rate for longer sequence length also possible.
• Record with visually lossless MJPEG real time compression for hours.

 TroublePix Software - high speed video troubleshooting

• Record, playback and review simultaneously
• Continuous looping
• Supports a wide array of GigE, FirewireB and camera link cameras
• PrePost triggering using USB trigger input
• Event markers
• Alternative solutions available from 30 to 1000 fps and VGA to high resolution

For a free trial and price information, click here to contact us by email  or call:
 
Clive Phillips or Mark Bambrick on 01582 764334