PORTABLE MICROSCOPES PORTABLE MICROSCOPES PORTABLE MICROSCOPES PORTABLE MICROSCOPES PORTABLE MICROSCOPES PORTABLE MICROSCOPES

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2 British Made Portable Microscopes with Image Erection PCB Through - Hole Scope Depthscope Brinell Hardness Impression Microscope Cathode Ray Tube Inspector Portable Video Scope Metallurgical Microscope The Inspecta range of superior portable microscopes are all fitted with high quality precision optics to give the best possible performance. Their robust construction ensures many years of trouble free use. Unusual in products these days is the ability to service these microscopes Typical Applications Measurement and inspection of: Artworks Negatives and transparencies PCB tracks and holes Material imperfections Metal finish Slits and apertures Printing and packaging Micro circuits Particles and droplets Paint finish 1

3 Portable Microscopes Inspecta Portable Microscopes are the no nonsense solution to inspection. Ranging in magnification from 20x to 100x and with direct reading measurement reticles, these instruments can be used with only the bare minimum of training. We can even put special reticles in the focussing eyepiece for specific applications. These instruments can be used on-line, at-line, in the field or in the laboratory giving the most flexible solution to your microscope needs. The focussing range of up to 20mm means that uneven specimens can be viewed and measured. Additionally the battery operated torch accessory that is included as standard provides extra illumination in poor light conditions or when analysing dark or low contrast objects. High quality optical components and metal body provide a robust microscope with exceptional resolution and, unusually, the instrument is fully serviceable. Microscope shown with standard torch accessory Portable Microscopes Specifications mm Adjustable focus for reticle Rotary focussing for instrument Standard Models (Supplied with torch illumination) Cat. Ref. Order Code Approximate Useful Calibration Magnification Field P821 50E02027 x20 7.5mm 6mm in 0.02mm P822 50E02028 x in P825 50E02029 x40 3.7mm 3mm in 0.01mm P826 50E02030 x in P827 50E02031 x80 2mm 1mm in 0.01mm P828 50E02032 x in P830 50E02033 x mm 1mm in 0.01mm P831 50E02034 x in Models with Erecting Prism The following three models have an erecting prism in the optical system so that the image is the right way up to the eye. Cat. Ref. Order Code Approximate Useful Calibration Magnification Field 50mm Dia. P841 50E02035 x20 6mm 4mm in 0.02mm P845 50E02036 x40 2.5mm 2mm in 0.01mm P850 50E02027 x mm 1mm in 0.01mm Magnifications of up to x200 are also available. 2

4 PCB Through Hole Scope The Inspecta P875 microscope allows fast inspection of plated-through holes in printed circuit boards, and other round apertures. The unique lens design shows the complete inside of the hole. When used over a light box, holes can be inspected for voids, burrs, obstructions or plating faults. The instrument is supplied ready for use in a polished wooden case and is suitable for holes up to 3mm diameter and 3mm deep. The microscope is only 220mm tall and has sealed optics to prevent dirt ingress. The serviceable design has a metal body and rubber grips on the optical slide and collar. A clear acrylic base allows extra ambient light to illuminate the hole. Distance view of plated-through hole to aid centering (upper zoom position) Typical close up view of plated-through hole. As you slide the zoom down the different levels come into focus. Sealed Optics prevent dirt ingress Metal Construction Slide Zoom Grip Hand Grip Clear Acrylic Base to allow light onto specimen surface Cat. Ref: P875 50E

5 Depthscope The P879 is a portable microscope for measuring depth/thickness and size of objects. The combination of a depth measuring vernier and calibrated eyepiece reticle makes this a versatile tool for the workshop, QC lab, or field. Operator training is minimal so the instrument can be used on-line, at-line or in the laboratory. Built entirely of metal and with quality glass optics the microscope is robust and precision engineered to meet the rigours of continuous use in a variety of environments. A battery-powered light provides through the lens illumination of the specimen surface. Applications are numerous and include; measurement of photographic film thickness, depth of coatings, pits and scratches, depth of blind cavities, cracks in materials, solder thickness, silk screen ink coating, machined surfaces, surface corrosion, indentations, paint thickness, etc. Specification: Magnification 200x Vernier Direct reading to 0.1.mm (10μ) Vernier repeatability Within 0.002mm (2μ) Estimations To 0.005mm (5μ) or better using interpretation of scale Eyepiece scale 0.5mm in 0.005mm (5μ) divisions Batteries 2 x C type Height 250mm Supplied in wooden case How to use the P879: The microscope is placed on the area of interest and focussed on one surface, the vernier datum mark is set to zero and locked in place. The focus is then adjusted to the second surface and the separation is read directly from the vernier scale. Cat. Ref: P879 50E

6 Brinell Hardness Impression Microscope The Inspecta P890 hardness impression measuring microscope has a special metal base plate to allow it to be placed directly on the test specimen and a simple battery powered illuminator to light the surface. The illuminator is on a ball joint arm to allow its angle to be adjusted to give the best possible edge lighting. A calibrated reticle in the eyepiece provides direct measurements of the impression to 0.1mm, as standard. Other reticles may be fitted to give different measurements. Specification: Magnification Reticle calibration Batteries 15x 6mm scale in 0.1mm divisions Other calibrations are available 2 x AAA type Cat. Ref: P890 50E02043 The Inspecta screen inspector was originally designed for the inspection of the inside surface on cathode ray tubes but is suitable for many other screen and surface applications. The P860 and P861 differ from the standard portable microscope in that they have a shorter base and rubber feet to prevent marking surfaces. The simple battery powered illuminator is mounted on a ball joint arm to allow its angle to be adjusted to give the best possible surface lighting. Cathode Ray Tube Inspector Specification: Magnification Reticle calibration P860 is 20x, P861 is 40x P860 4mm in 0.02mm (20μ) divisions P861 2mm in 0.01mm (10μ) divisions Cat. Ref: P860 (20x) 50E02038 Cat. Ref: P861 (40x) 50E

7 Metallurgical Version The Inspecta P878 microscope is designed specifically for metallurgical and similar applications where there is a need to inspect or measure dark or opaque surfaces. Through-lens illumination is provided by a battery powered light making the whole unit fully portable. A calibrated reticle in the eyepiece provides direct measurements down to 10μ. Specification: Magnification Reticle calibration Batteries 100x 1mm scale in 0.01mm (10μ) divisions Other calibrations are available 2 x C type Cat. Ref: P878 50E02046 Specials Reticles Standard measuring scales are fitted in all of the microscopes. Pyser-SGI have a wide range of other patterns and have the capability to manufacture custom designs. Special Reticles There are many occasions where one of the standard reticles will not be satisfactory for your application. maybe you want a pattern that reflects your particular component, alignment or measurement in order to make inspection easier with less error. Pyser-SGI can work with you to create exactly the right pattern for your task. Many people shy away from special reticles because of the perceived high cost. Pyser-SGI has a very cost-effective, custom reticle facility that is used to dealing with one-off designs and will produce a drawing of the pattern for you to approve or amend before manufacture. Just send us full details of your requirements and we will be delighted to provide a quotation. Accessories Torch Illumination TR4 Torch accessory for illumination of specimen. Battery powered (2 off AAA/R03). Complete with cantilever arm for precise positioning, which attaches to the side of the microscope. Cat. Ref: TR4 50C02065 Wooden Cases Polished wooden carrying case for all models. Cat. Ref: BX1 50C02060 CCTV Camera System If you need to capture images of the specimens being viewed, Pyser have a wide range of solutions. We offer camera adaptors for connecting compact or SLR cameras to the microscope eyepiece, digital camera and imaging software packages, and cctv cameras with monitors. Let us know which is the best option for your application and we will be pleased to provide a quotation. Microscopes Special versions with magnifications up to x200 are available 6

8 Other products EM GRIDS EM GRIDS EM GRIDS EM GRIDS EM GRIDS EM GRIDS EM GRIDS EM GRIDS EM GRIDS EM GRIDS EM GRIDS EM GRIDS MAG 6 and MAG 7 Magnifiers MAG 6 and MAG 7 Magnifiers MAG 6 and MAG 7 Magnifiers MAG 6 and MAG 7 Magnifiers MAG 6 and MAG 7 Magnifiers MAG 6 and MAG 7 Magnifiers MAG 6 and MAG 7 Magnifiers 8x and 4x 1 2 K Please contact Pyser-SGI Limited PYSER - SGI LIMITED Fircroft Way, Edenbridge, Kent, United Kingdom, TN8 6HA Telephone: +44 (0) Facsimilie: +44 (0) sales@pyser-sgi.com August 2010 E & OE

9 MAGNIFIED MEASURING SCALES MAGNIFIED MEASURING SCALES MAGNIFIED MEASURING SCALES MAGNIFIED MEASURING SCALES MAGNIFIED MEASURING SCALES MAGNIFIED MEASURING SCALES MAGNIFIED MEASURING SCALES

10 Other Products in the Inspecta Range: Magnifiers with Reticles Thru Hole Scopes Microscope Components Calibration Products Portable Microscopes Microscope Systems Video Inspection Co-ordinate Measurement Depth Scopes Measuring Microscopes

11 : CA Series If you need a simple and accurate scale for performing measurements on flat objects then the Pyser Inspecta are the ideal solution. Ranging in length from 150mm to 600mm and in imperial versions too, these scales offer unrivalled quality and precision. Little or no training is required before operators can perform measuring tasks on-line or in the laboratory. There are no electrical parts, the optics are all glass for the best possible definition, the scales are precision divided and applied using a chrome deposition technique for durability and, unusually, the instrument is fully serviceable. The fine divisions of 0.1mm on metric versions and on imperial versions allow accurate measurements to be made. Operators just place the instrument on the item and read off measurements by looking through the magnifier at the scale, a simple subtraction of one reading from the other gives the distance measurement. The magnifiers are focussable to reduce eye strain and improve resolution, and the unit is all metal and glass construction for robustness. A polished wooden box is supplied to house the instrument when it is not being used. Typical Applications Measurement of: Printing Packaging Artwork Industrial and Commercial Photography Maps PCB Manufacture Navigation Charts Any other flat objects Each Magnified Measuring Scale is supplied in a wooden box as shown above Typical scale image as seen through magnifier

12 Technical Specifications Cat Ref Order Code Scale Sub-divisions No. of Dimensions Weight Length Magnifiers (l x w x h) Kg CA150 50E mm 0.1mm 1 220x70x60mm 0.5 CA310 50E mm 0.1mm 2 380x70x60mm 0.8 CA710 50E mm 0.1mm 2 535x70x60mm 1.0 CA810 50E mm 0.1mm 2 685x70x60mm 1.2 CA510 50E x2.8 x Each instrument is supplied ready for use in a polished wooden case. Other scales and lengths are available to special order. Calibration Traceability For many quality control applications there is a need for calibration traceability. Pyser-SGI offer UKAS calibration on all the CA measuring scales. 60 L 70 Replacement glass scales Cat Ref Order Code Scale Length Sub-divisions PCA150 50B mm 0.1mm PCA300 50B mm 0.1mm PCA500 50B PCA700 50B mm 0.1mm PCA800 50B mm 0.1mm Please contact Pyser-SGI Limited PYSER - SGI LIMITED Fircroft Way, Edenbridge, Kent, United Kingdom, TN8 6HA Telephone: +44 (0) Facsimilie: +44 (0) sales@pyser-sgi.com August 2010 E & OE

13 MAG 6 & MAG 7 MAGNIFIERS MAG 6 & MAG 7 MAGNIFIERS MAG 6 & MAG 7 MAGNIFIERS MAG 6 & MAG 7 MAGNIFIERS MAG 6 & MAG 7 MAGNIFIERS MAG 6 & MAG 7 MAGNIFIERS MAG 6 & MAG 7 MAGNIFIERS

14 British Made Typical Applications Used in: Industrial and Commercial Photography Cartography Calligraphy Navigation Building Industry Banking Production Control Engineering Forensic Science Education and Research Textile Manufacture Philately Medical Printing Examination of tools, cutters and dies Used for: Examination of printed circuit boards and artworks Measurement of print lines and characters Crack and fault evaluation in concrete, metals and other materials Optical character recognition Identification of thread pitch and diameter Measurements on x-ray images Checking of defects on finished parts MAG 6 and MAG 7 Magnifiers offer a superior solution to the optical inspection and measurement requirements across a wide range of manufacturing industries. These instruments should not be confused with lower cost magnifiers from the Far East. Pyser-SGI has been manufacturing optics for over 75 years, and has built up a strong reputation for offering high quality, robust components and systems. From simple magnifiers to magnifiers with reticles, the Pyser-SGI Inspecta range offers both standard and custom made products. 1

15 MAG 6 Measuring Magnifier - x8 Magnification with Reticle Holder Large 32mm field of view Robust construction Serviceable Easy to swap reticles Multi element glass lens NEW VERSION WITH TORCH Range of standard lens reticles Custom made reticles available Ordering Information Cat. Ref: MAG6 50E02000 Cat. Ref: MAG6TR (with torch) 50E02001 Magnification: x8 Height: 65mm Field of View: 32mm Overall Diameter: 40mm Multi element glass lens Rubber focussing grip Metal body stoved white Clear acrylic base Reticle retaining ring A range of hand-held magnifiers for measurement and inspection. Their robust construction, flat field and all glass optics, make them ideal aids for those concerned with inspection, quality control, drafting, photography, map making, electronics etc. The clear base allows ample light to fall on the specimen surface being measured, and the eye lens can be focussed. to give the sharpest image. Interchangeable reticles can be fitted in the base ring to suit the measurement purpose. The MAG 6 Measuring Magnifier is supplied with a robust leatherette case. For standard reticles see page 4 MAG 6A Inspection Magnifier - x8 Magnification This magnifier is similar to the MAG 6, but has an extended acrylic-base instead of the reticle retaining ring. This allows more light to fall on the surface of the specimen. However, unlike the MAG 6 there is no facility for a reticle to be fitted. The MAG 6A Inspection Magnifier is supplied with a robust leatherette case. Ordering Information Cat. Ref: MAG6A 50E02002 Magnification: x8 Height: 65mm Field of View: 30mm Overall Diameter: 40mm Multi element glass lens Rubber focussing grip Metal body stoved white Clear acrylic base 2

16 MAG 7 Inspection Magnifier - x4 Magnification with Reticle Holder Big 85mm field of view Robust construction Serviceable Easy to swap reticles Multi element glass lens Range of standard lens reticles Custom made reticles available Ordering Information Multi element glass lens Rubber focussing grip Metal body stoved white Cat. Ref: Cat. Ref: Magnification: Height: Field of View: Overall Diameter MAG7 50E02014 MAG7 TR (with torch) 50E02016 x4 95mm 63mm 70mm Clear acrylic base Reticle retaining ring Used when the field of view covered is more important than the power of magnification. The field of view is more than 3 times that of the MAG 6 whereas magnification is only reduced by half. The instrument is suitable for use for all the same purposes as MAG 6 and has the facility for a reticle to be fitted. The MAG 7 Measuring Magnifier is supplied with a robust leatherette case. For standard reticles see page 5 Also available with torch, as per MAG6TR. MAG 7A Inspection Magnifier - x4 Magnification The acrylic tube is extended to the base of the magnifier to allow more light to fall on the surface of the specimen. However, unlike the MAG7 there is no facility for a retricle to be fitted. The MAG 7A Measuring Magnifier is also supplied with a robust leatherette case. Ordering Information Cat. Ref: MAG 7A 50E02015 Multi element glass lens Rubber focussing grip Metal body stoved white Magnification: x4 Height: 95mm Field of View: 63mm Overall Diameter: 70mm Clear acrylic base 3

17 Reticles for MAG 6 Measuring Magnifier Standard reticles are on glass discs with black metalised opaque lines best suited for light backgrounds. For dark backgrounds red and white line reticles are also available. Horizontal Scale 25mm in 0.1mm divisions Cat. Ref: M6T1 50B Std 50B02003R - Red 50B02003W - White Crossed Scale 20mm in 0.1mm divisions Centre zero Cat. Ref: M6T3 50B Std 50B02005R - Red 50B02005W - White Crossed Scale 1 in divisions Centre zero Cat. Ref: M6T4 50B Std 50B02006R - Red 50B02006W - White Combination Scales and Protractor 20mm in 0.1mm divisions 1 in divisions Cat. Ref: M6T8 50B Std 50B02003R - Red 50B02003W - White Inch/Metric Scale 25mm in 0.1mm divisions 1 in divisions Cat. Ref: M6T20 50B Std 50B02008R - Red 50B02008W - White Concentric Circles 1-24mm dia Cat. Ref: M6T50 50B Std 50B02009R - Red 50B02009W - White Centre Zero Scale 24mm in 0.1mm divisions Cat. Ref: M6T10 50B Std 50B02004R - Red 50B02004W - White Multipurpose Cat. Ref: M6T40 50B Std 50B02050R - Red 50B02050W - White Multipurpose M6T40 List of Features: 20mm scale, centre zero, in 0.1mm divisions 1.0 scale, centre zero, in 0.01 divisions 180 protractor in degrees Concentric circle arcs, 1mm to 10mm radius 11 metric circles, 0.01mm to 2.5mm diameter 10 imperial circles, 0.01 to 0.15 diameter 9 lines, 0.5mm to 6mm length OCR-B Cat. Ref: M6T85 50B Std 50B02055R - Red N.B. Artist s impression of reticles for guidance only 4

18 Reticles for MAG 7 Measuring Magnifier Standard reticles are on glass discs with black metalised opaque lines best suited for light backgrounds. For dark backgrounds red and white line reticles are also available. Horizontal Scale 0-50mm divisions Cat. Ref: M7T100 50B Std 50B02016W - White Inch/Metric Scale 0-50mm in 0.1mm divisions 0-2 in divisions Cat. Ref: M7T108 50B02017 Multipurpose Cat. Ref: M7T109 Multipurpose M7T109 List of Features: 0-50mm scale in 0.1mm divisions 0-2 scale in 0.01 divisions 180 protractor in degrees Concentric circle arcs, 4mm to 25mm radius Special Reticles 50B metric circles, 0.5mm to 10mm diameter 10 metric squares, 0.5mm to 10mm diameter 13 lines, 0.5mm to 20mm length Concentric Circles 2-50mm diameter, numbered 1-25 (radius in mm) Cat. Ref: M7T150 50B02019 There are many occasions where one of the standard reticles will not be satisfactory for your application. maybe you want a pattern that reflects your particular component, alignment or measurement in order to make inspection easier with less error. Pyser-SGI can work with you to create exactly the right pattern for your task. Many people shy away from special reticles because of the perceived high cost. Pyser-SGI has a very cost-effective, custom reticle facility that is used to dealing with one-off designs and will produce a drawing for you to approve or amend before manufacture. Just send us full details of your requirements and we will be delighted to provide a quotation. 5

19 Other Products in the Inspecta Range: Portable Microscopes Microscope Components Measuring Scales Video Inspection Depth Scopes Thru Hole Scopes Calibration Products Microscope Systems Co-ordinate Measurement Measuring Microscopes Calibration Scales PORTABLE M 6

20 Other products EM GRIDS EM GRIDS EM GRIDS EM GRIDS EM GRIDS EM GRIDS EM GRIDS EM GRIDS EM GRIDS EM GRIDS EM GRIDS EM GRIDS 1 2 K Please contact Pyser-SGI Limited Pyser-SGI Limited reserves the right to amend these specifications. Visit our website on for further information on the complete range of products available from Pyser-SGI Limited. PYSER - SGI LIMITED Fircroft Way, Edenbridge, Kent, United Kingdom, TN8 6HA Telephone: +44 (0) Facsimilie: +44 (0) sales@pyser-sgi.com June 2010 E & OE

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22 Quality Inspection Instruments The Inspecta range of quality microscope components and modular systems provides an easy-to-engineer solution to the special inspection needs of many industries. Where a standard microscope is not suitable, the Inspecta products can be selected and assembled to give exactly the right optical viewing system. CCTV or digital cameras allow the system to be further enhanced. Pyser have designed the Inspecta range to be easily specified and assembled, and have created a series of proven solutions to make it even easier to select the correct components. Typical applications include tooling alignment, inspection of machine wear, real-time automation system viewing, reaction or test chamber viewing and analysis, at-line or on-line inspection, and many more. To create an instrument that will meet a specific requirement, a number of parameters need to be considered and specified: Where will the instrument be sited? Consider an application where a small component being machined on a lathe needs to be inspected/measured without removing it from the chuck. In this situation, the lathe itself, the chuck and tooling may all restrict the siting of the instrument. Consideration must also be given to the viewing position of the operator so as not to be dangerous. It may be desirable to remove any viewing system away from the work whilst machining operations are in progress, thus a boom arm might be the best option. Alternatively one could opt for quick release fittings to remove the instrument completely. One area that can be a problem is illumination at the point where the specimen is located. There are numerous lighting systems available so most problems can be overcome. What size detail do we need to see or measure? The human eye can detect 0.5mm without optical aids, 0.1mm (100μ) with say a x5 magnification and 0.01mm (10μ) with 50x magnification. Selecting a x2 objective, a 150mm tube and a x10 eyepiece would give an instrument with 20x total magnification, allowing the observer to measure down to say 20 microns over a useful field of 8mm and with a working distance of 70mm (Distance between objective lens and component being viewed). What measurements are required? There are essentially three choices that allow measurements to be made. The simplest is having a reticle fitted into the focussing eyepiece to provide straightforward measurements within a fixed field of view. Alternatively a CCTV camera can be included and connected to a screen which has a film overlay (like a profile projector) to do the measurement or comparison. The third option is to have a digital camera connected to a PC with image analysis software. An image is captured and measurements performed using the software tools. Reticles can be selected from a standard range that includes scales crosslines and grids in various sizes and formats. It should be noted that the pattern on the reticle needs to be sized according to the objective magnification of the system, i.e. when using a x5 objective, a 0.1mm dimension on the specimen will appear as 0.5mm at the reticle image plane. Where specific repeat measurements are to be made either for tolerancing or gauging, special patterns can be designed to simplify and speed up the operation. Before choosing a reticle pattern it is important to consider again what can be seen through the eyepiece. Generally the same limitations apply as when choosing the magnification of the microscope. With a x10 eyepiece, lines separated by 0.1mm (100μ) are easily discerned and with good lighting 50μ scale divisions can be read. Unfortunately, when overlaying the graticule pattern on the subject, boundaries become obscured and the scale divisions merge with the details of the subject. If a special pattern is envisaged it is better to have a standard pattern fitted to the microscope in the first instance and then to assess whether the line spacing and thickness are right for the task in hand. Where there is any doubt, it is better to discuss the problems with our engineers and to submit samples of your components for assessment in our workshops. What is the most convenient viewing position? For some applications a simple straight viewing tube would be suitable and for others it may be necessary to have a 45º or 90º angled head. The position for mounting the instrument, fixed obstructions, safety cages, etc, may all influence the choice of horizontal, vertical or angled viewing. Does the instrument need to be focussed or moveable? Increasing the magnification of the system will always decrease the depth of field (the distance between the nearest and farthest objects on an image that are in focus) decreases. If low magnification is required and the component is always in the same position and orientation, then the instrument could be focussed once by adjusting its position

23 in the mounting block and securing it tightly. If the magnification required is medium to high or if the component varies in position, then a focussing device such as a rack and pinion unit will be essential. Can the observer see sufficient area of the component within the fixed field of view or should the instrument be capable of traversing the subject surface? A larger fixed field of view can be achieved by selecting a 30mm eyepiece in place of a 23mm eyepiece. The instrument can traverse the subject by incorporating a second and may be a third rack and pinion into the mounting mechanism. Do we need illumination? It doesn t matter how good the microscope optics are, the instrument will be difficult to use if the subject being inspected is poorly illuminated. Lighting can be from below the subject, to give high contrast profiles, diffuse from above to show surface detail, or concentrated direct to emphasise critical features. Many types of lighting produce heat which can be a problem when making critical measurements or where the component will be under the microscope for extended periods of time. In these cases cold fibre optic lighting or LED illumination is recommended. The colour of the illumination can enhance the visibility of some subjects and special forms of illumination such as phase contrast and polarisation can be beneficial when dealing with difficult subjects. Tungsten filament light sources tend to give a yellowish tint to the subject, but have low cost power supplies. Quartz iodide, halogen and similar sources give whiter light and are readily available in ratings up to 150watts, but they require more expensive power supplies. LED illumination can take the form of ring lights, arrays and can be linked to fibre optic arms for more targeted lighting. Is an erect image required? A simple microscope consisting of objective, eyepiece and body tube produces an image that is reversed. The object appears back to front and upside down. In many applications this is acceptable as for example when the microscope is to be used purely for alignment using a crosswire graticule or when a dedicated graticule is used for tolerancing. If the microscope is to be used at high magnification where the operation would have difficulty in positioning the object, it is important that the object moves within the field in the same direction as the operator anticipates. An erect image would be recommended and would be achieved using a 45 or 90 viewing head or the straight view prism. Can the operator work near the object being viewed? There are numerous instances where noise, vibration, fumes, spray, heat etc. would be hazardous for an operator looking into a microscope. Here remote viewing via a CCTV or digital camera and monitor would be desirable. Television or computer link is also useful for instruction, reducing fatigue etc. Monochrome systems are often adequate for profiles of the subject and give higher contrast whereas colour can be beneficial when surface detail is critical. Do we need to capture the images? In many quality control and materials handling environments it is both necessary and beneficial to capture the image of the item being inspected. In these instances a digital or CCTV can be fitted to the system. Digital cameras can be of the type available on the high street or specific microscope cameras that feed directly into a computer and are supplied with imaging software. These microscope camera have the advantage that they can also perform measurements which are stored on both the captured image and as tables that can be exported to spreadsheet and other programmes. A CCTV camera would need to feed into a computer through a frame grabber card to obtain captured images. Help! If you would like help in designing a system to suit your exact requirements then please contact us. It would be very helpful if you can provide us with full details or a sample of the product you want to view/measure and details or pictures of the location where the instrument will be used. Our engineers can then determine the best solution and provide you with a proposal.

24 Application: Problems: Solution: Optical setting device for accurately positioning pick and place machine. Limited workspace. Instrument to be detachable. A simple microscope with angled viewing head, 2x objective and crossline reticle in eyepiece, block mount. INS 192 Application: Problems: Solution: Inspection of diamond and sapphire stylie. Instrument to be able to rotate without losing concentricity. Microscope system with 3x objective, 45 degree image erecting head and gauge line reticle in eyepiece. Eyepiece could be replaced with adaptor to allow camera to be used. Mounting by others. INS 193

25 Application: Problems: Solution: Viewing system for a co-ordinate measuring system. Required a 30mm field of view and working distance of 350mm. Miniature camera fitted to CCTV adaptor and right angled head, then connected to microscope tube and 1x objective. Focussing by means of rack & pinion mechanism. Crossline reticle in CCTV adaptor INS 197 Application: Problems: Solution: Observation system for reaction chamber Need high magnification and long working distance. Re-entrant tube fitted to chamber to allow long microscope tube to be used. Combination of cameras and viewing head used, to allow variety of uses. Calibrated eyepiece reticles fitted in eyepiece and CCTV adaptors. INS 200

26 Application: Problems: Solution: Measurement of angles in drill bit manufacture. Required on-machine viewing and angle measurement. Goniometer eyepiece allows positioning of reticle on one angle.and then dial movement to position second line. Angle read from dial. Triple nosepiece added to allow different magnifications. INS 499 Application: Problems: Solution: Machine tool observation, measuring and alignment system. Need movement in all planes and measuring reticle. x, y and z movements to allow positioning and focus. Reticle fitted in eyepiece and calibrated. INS 381

27 Optical System F7 Eyepiece F10 Eyepiece F14 Widefield Eyepiece SIE25 Reticle Illuminator Camera Adaptor (Specify Camera Type) P264 Camera Adaptor C mount P124 Goniometer c/w Eyepiece CM100 Curtain Micrometer Eyepiece P170 Widefield Eyepiece Adaptor GC1 Graticule Changer (If Required) P Image Erecting Head P Image Erecting Head P Head P119 Binocular Head P120 Trinocular Head P136 70mm Tube P mm Tube PL910 Thru-Lens Illuminator P138 5mm Spacer P139 10mm Spacer P140 20mm Spacer Image Erecting Prism (not to be used with P113 or P114) Triple Turret or Quadruple Turret F48 F49 F50 F51 F52 F54 F55 F56 F57 F58 F59

28 STANDS MOUNTING P201 Dovetail P166 Flange Mounting Plate P209 Adjustable Arm Unit P150 Slide Mount Block (for P136/P137body tube) P160 Focussing Mechanism P211 Rod Attachment Block X-Y Stage with Micrometer Readouts P207 Support Rod P215 Small Base P216 Large Base

29 Inspecta Modular Components and Systems Inspecta Eyepieces CAT REF DESCRIPTION ORDER CODE F 7 x7 Eyepiece with focussing facility 55H02080 F 10 x10 Eyepiece with focussing facility 55H02081 F 12 x10 Wide Field Eyepiece 23.2mm tube fitting 55H02082 F 14 x10 Wide Field Eyepiece - requires adaptor P170 55H02092 P170 Wide Field Eyepiece Adaptor - to allow fitting in 23mm tubes 80E02629 CM 100 Curtain Filar Type Eyepiece (Electronic) 55F02094 SIE 25 Bright Line Eyepiece with Reticle 55E02095 GC 1 Reticle Cassette 80E02541 GCS Spare Slides for cassette. Specify reticle type PO Inspecta Viewing Heads CAT REF DESCRIPTION ORDER CODE P Degree Viewing Head (Image Erecting) 80E02413 P Degree Viewing Head (Image Erecting) 80E02511 P Degree Viewing Head (Mirror Type) 80E02510 P Degree Binocular Head P Degree Trinocular Head P 124 Protractor Head Degrees/6 minutes 80E02462 Inspecta Microscope Tubes CAT REF DESCRIPTION ORDER CODE P 136 Microscope Body Tube Length 70mm 80E02520 P 137 Microscope Body Tube Length 150mm 80E02521 P 138 Spacer Tube Length 5mm 80E02624 P 139 Spacer Tube Length 10mm 80E02625 P 140 Spacer Tube Length 20mm 80E02626 P 602 Anti-Reflection Inserts 4 Sheets 100x100mm 80F02530 Inspecta Camera Adaptor CAT REF DESCRIPTION ORDER CODE P 264 C mount Adaptor Eyepiece with crossline Reticle 90E02511 CS CS adaptor 50E02025 CAMADAP Universal camera adaptor

30 Inspecta Objectives CAT REF DESCRIPTION ORDER CODE F 48 x0.5 Objective WD=Infinity 55H02083 F 49 x1 Objective WD=140mm 55H02084 F 50 x2 Objective WD=70mm 55H02085 F 57 x3 Objective WD=35mm 55H02091 F 51 x5 Objective WD=12mm 55H02086 F 52 x10 Objective WD=7mm 55H02087 F 54 x20 Objective WD=2mm 55H02088 F 55 x40 Objective WD=0.8mm 55H02089 F 56 x60 Objective WD=0.5mm 55H02090 F 58 x10 LWD Objective WD=12mm 55E02094 F 59 x20 LWD Objective WD=12mm 55E02093 F60 x40 LWD Objective WD=7mm 55E02100 F70 Triple nosepiece F71 Quadruple nosepiece RMS Adaptor for above triple/quadruple nosepieces PO Inspecta Mounting Blocks and Focussing Mechanisms CAT REF DESCRIPTION ORDER CODE P 150 Slide Mount Block 80E02421 P 160 Focus Mechanism 80E02423 P 166 Flange Mounting Plate 80E02533 P 201 Dovetail Adaptor 80F02428 Inspecta Bases and Rods CAT REF DESCRIPTION ORDER CODE P 203 Magnetic Base 80F02429 P 207 Support Rod 195mm 80E02535 P 209 Adjustable Arm ( Fits P207) 80F02432 P 211 Rod Attachment Block (Accepts P207) 80E02534 P 215 Rectangular Metal Base (Accepts P207) 80E02536 P 216 Rectangular Metal Base (Accepts P207) 80E02537 P 220 Heavy duty rectangular base, vertical rod, 80E02540 adjustable side arm and rotating flange clamp (Accepts P201 with P150,P160,P162) Inspecta Lighting Systems CAT REF DESCRIPTION ORDER CODE CL1 100W cold light source with twin swan-neck light guides. Adjustable intensity CL2 100W cold light source with ring light. Adjustable intensity PL 2 Spare Bulbs. For PL 882,886 & 887 (Per 10) 60F02369 PL 5 Spare Bulbs. For PL 889 (Per 1) 60F02372 PL 882 Miniature Lamp with Power Supply 60E02362 PL 887 Double Miniature Lamp with Power Supply 60E02365 PL 889 Surface Illuminator with Power Supply 60E02375 PL 892 Single Lamp with Power Supply 60E02366 PL 910 Vertical Illuminator Use With F 49 to F 59 60E02367

31 Inspecta Stages CAT REF DESCRIPTION ORDER CODE X-Y Stage X-Y stage with 30mm movement and digital micrometers Inspecta Cameras, Monitors and Accessories CAT REF DESCRIPTION ORDER CODE P920 Monochrome CCTV camera + PSU + video cable + monitor + P264 adaptor 50E02070 P921 Colour CCTV camera + PSU + video cable + monitor + P264 adaptor 50E02071 Microcam Digital camera + advanced imaging software. USB Moticam 480P digital camera and software Moticam 1000 digital camera and software X-LINE Video cross-line generator USB-VID Video to USB converter All goods are supplied under our standard conditions of trade, full details on request. Prices quoted are EXCLUSIVE of V.A.T Prices invoiced will be those ruling at the date of delivery. Pyrex-SGI Limited reserve the right to make changes in design and specifications of the shown on this price list without prior notification, E&OE. Pyrex-SGI Limited also manufacture or supply: Stereo and Compound Microscopes, Eyepiece Graticules/Stage Micrometers and Binoculars. Please contact us for further information on these products. Other products available from Pyser-SGI 1 2 K34 3 4

32 Other Products Other Products in the Inspecta Range: Magnifiers with Reticles Thru Hole Scopes Microscope Components Calibration Products Portable Microscopes Microscope Systems Video Inspection Co-ordinate Measurement Depth Scopes Measuring Microscopes MAG 6 and MAG 7 Magnifiers MAG 6 and MAG 7 Magnifiers MAG 6 and MAG 7 Magnifiers MAG 6 and MAG 7 Magnifiers MAG 6 and MAG 7 Magnifiers MAG 6 and MAG 7 Magnifiers MAG 6 and MAG 7 Magnifiers 8x and 4x Please contact Pyser-SGI Limited Pyser-SGI Limited reserves the right to amend these specifications. Visit our website on for further information on the complete range of products available from Pyser-SGI Limited. PYSER - SGI LIMITED Fircroft Way, Edenbridge, Kent, United Kingdom, TN8 6HA Telephone: +44 (0) Facsimilie: +44 (0) sales@pyser-sgi.com January 2011 E & OE

33 Measurement Products Division IVIS Inspection System Large 300 x 300mm base Independent top and base lighting for incident and transmitted light 10.5" flat LCD display with remote control Rack and pinion focusing 9cm "Z" travel to accommodate larger objects Zoom lens provides 20x to 120x screen magnification Adaptor to increase range from 30x to 180x Range of accessories to customise product to specific requirements Optional X-Y stage provides 30 x 30mm of movement to 1µM resolution IVIS Industrial Inspection System The IVIS Industrial Vision Inspection System is designed to provide the facility to quickly view components for visual faults using a CCTV system and integrated LCD monitor. The unit is fitted with a 6x zoom lens providing an on screen magnification from 20x to 120x, with an optional adaptor this can be increased from 30x to 180x. Both top (incident) and bottom (transmitted) lighting is included, the lamps are independently operated, allowing suitable lighting for all inspection applications. The flexibility of this instrument allows inspection of thin objects such as blank circuit boards and assemblies up to 9cm high. Order Details Part No. 50E E02058 Description IVIS Industrial Visual Inspection System complete X - Y stage with 30mm movement and digital micrometers All goods are supplied under our Standard Conditions of Trade Products and specifications are subject to change without notice