High-output Spotlights. Wide-range Spotlight System Consisting of our HLV2 Series and Microfiber Heads. Design Registered. HLV2-22-NR-3W Series

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1 High-output Spotlights Wide-range Spotlight System Consisting of our HLV2 Series and Microfiber Heads High-output Spotlights HLV2 Series HLV2- -3W W Patented Design Registered Microfiber Heads HFS/HFR Series HFS--5 HFR-25-1 HFR-25-3 HFR-4-2 Lights Designed for Microfiber Heads -NR-3W Series -NR-3W CCS Inc.

2 Replace Your Halogen Light Sources High-output Spotlights HVL2 Series HLV2- -3W W HLV2-RD HLV2-RD-HU HLV2-SW HLV2-SW-HU RD SW RD-3W SW-3W RD-122-3W SW-122-3W Camera Macro lens Application Example HLV2- -3W Special Power Supply PJ Series Workpiece W HLV2-GR HLV2-GR-HU GR GR-3W GR-122-3W HLV2-BL HLV2-BL-HU BL BL-3W BL-122-3W The HLV2 Series comes in two tip diameters: 8 and 12 mm. 8-mm models HLV2-//-3W 12-mm models W The HLV2 Series can be customized to meet your specific needs and application environment. Saving Space Demands for Small Spotlights Reducing Running Costs Demands for Bright Spotlights Demands for Spotlights with Uniform Illumination Reducing CO2 Emissions HLV2 Series Evaluation Chart Brightness Uniformity Lightweight Compactness Flexibility of Installation Energy Saving HLV2 Series Evaluation Graph Brightness HLV2- -3W W HLV2--HU Highly Uniform Model (for comparison) Lightweight Compactness Energy Saving HLV2- Standard Models Flexibility of Installation -3W W HLV2--HU Uniform Models Uniformity * Comparison of CCS products Smallest in the Industry: HLV2- Series Lightweight, Compact Design Saves Valuable Space The HLV2- Series is perfect for use in tight spaces due to its compact, lightweight design. HLV2- and HLV2--HU Brightness Comparison HLV2-RD HLV2-RD-HU HLV2-'s Emitting Surface HLV2--HU's Emitting Surface Red Light Red Light Weighs only 18 g Light intensity: 2% Light intensity: 1% 2% 5% 1% 5% 1% Shutter speed: 1/2, s Shutter speed: 1/2, s The HLV2--HU provides a highly uniform emitting surface unlike any other spotlight seen before. * Comparison of CCS products 1 * The data provided here is for reference only. The values are not guaranteed.

3 Providing the Highest Output in the Series: -3W Series The -3W has the highest output of any Spotlight in the series. The -3W provides at least 1.5 times more output than the. SW SW-3W Flexible Installation The flat surface on the back end of the body of the -3W has M3 mounting holes to allow for flexible installation. M3 mounting holes Light intensity: 35% Light intensity: 35% These M3 mounting holes enable easy installation in a variety of applications. * Available on the -3W Series only. 35% 1% 35% 1% Shutter speed: 1/2, s * Brightness will vary based on the camera's spectral response. Shutter speed: 1/2, s Why CCS Products Are Better than Halogen Lights High Contrast Easy Installation Compact Size Long Life and Low Cost Low Power Consumption and Low Heat Generation Select an emission wavelength for your workpiece for high contrast imaging. Can be used in place of fiber optics, enabling extremely easy setup. Lightweight design and compact housing save valuable space. Light intensity adjustment, ON/OFF, and other controls allow for stable, long-term illumination. Eco-friendly through low power consumption and less heat generation. Select an emission wavelength based on the spectral properties of your workpiece for high contrast imaging. Comparison of Relative Spectral Distribution between a Halogen Lamp and the HLV2 Series The HLV2-series models are available with red (RD), green (GR), blue (BL), or white (SW) light so that you can use the models that are suitable for the spectral properties of your workpiece. LEDs (RGB) provide light that is nearly monochromatic, allowing you to obtain sharp images without any chromatic aberration. Spectral Distribution of Halogen Lights Relative emission power (%) Spectral Distribution Graph of HLV2 Relative emission power (%) White Blue Wavelength (nm) Green White (HLV2--HU) Wavelength (nm) Red Contrast Comparison between a Halogen Light and the HLV2 By changing the emission color of the LEDs based on the workpiece, you can achieve clear, sharp contrast. Photocoupler Character Recognition Halogen Lights Sensor Size: 1/3 inch Scale: 1x Contrast is low with halogen lights. Binary Image Poor contrast and borders are vague and undefined. May not be recognized properly. Clear difference shown by binary images BL-3W (Blue) Sensor Size: 1/3 inch Scale: 1x You get high contrast with LEDs. Binary Image Good contrast. Image can be recognized accurately. * The data provided here is for reference only. The values are not guaranteed. 2

4 High-output Spotlights HLV2 Series Long Life and Lower Power Consumption for Less Maintenance and Reduced Costs Comparison of Power Consumption between the HLV2 and a Halogen Lamp Comparison of Life between the HLV2 and a Halogen Lamp 1.4 W Power consumption: 1/7 or less HLV2 2, hours Halogen lamp 1W Halogen lamp 1, hours Times (W) Comparison of Change in Brightness between the HLV2 and a Halogen Lamp Change in Intensity (%) HLV2 5, 1, 15, 2, *1 Power costs *2 Light source replacement cost Halogen lamp replacement Operating time (hours) (Number of lamp replacements) Halogen Lights 5, 1, 15, 2, Time (hours) * These are calculated values until the light output decreases to 5% at a light intensity of 1% and an ambient temperature of 4Cº (reference values only). Two advantages of using halogen light sources are low initial costs and the ability to select the light guide best suited to your application. However, with a service life of only 1, hours on average, halogen lamps require frequent, labor-intensive maintenance in the form of replacement and adjustment resulting in a substantial cost in man-hours as well as losses due to production line downtime. In contrast, CCS's HLV2 High-output Spotlight has a service life of 2, hours, 2 times that of halogen lamps. Moreover, you don't have to worry about sudden lamp burnout as you do with halogen lamps and the light intensity can be precisely controlled. With the HLV2, you can expect a return on the total running cost after two years and enjoy stable use for a long period of time. Comparison of Cost between the HLV2 and a Halogen Lamp Comparison of CO2 Emissions between the HLV2 and a Halogen Lamp * This is a comparison of RD Red High-output Spotlight and a 1-W halogen spotlight operating at maximum intensity for 24 hours. Yearly power cost RD (red) Monthly power consumption: Monthly power consumption: 1.4 W (spotlight power consumption) 72 hours 1 W (light source power consumption) 72 hours (24 hours 3 days) = 1,8 Wh (24 hours ntlpsymbolmultiply 3 days) = 72, Wh Monthly power cost: (1 kwh = 9 yen) Monthly power cost: (1 kwh = 9 yen) 9 yen/kwh 1 kwh = 9 yen 9 yen/kwh 72 kwh = 648 yen 19 yen 7,776 yen Operating life: 2, (hours) 24 (hours) = days or approximately 5% brightness reduction over 2 years and 3 months 1-W halogen lamps Operating life: 1, (hours) 24 (hours) = 41.6 days or approximately 1.4 months between each lamp replacement for a total of 8.5 replacements per year Lamp cost (per lamp): 4,8 yen Yearly replacement cost yen 4,8 yen Other costs None Costs to dispose of used lamps and cost of labor for replacement/adjustment Running costs 19 yen 48,576 yen Emissions after after 1 year *This does not include initial costs. *8.5 lamps per year One Year Running costs 218 yen 97,152 yen Emissions after after 2 years *Only power costs added. *8.5 more lamps used over the next year (for a total of 17 lamps including the first year) Two Years Running costs 327 yen 5,728 yen Emissions after after 3 years *Only power costs added. *8.5 more lamps used over the third year (for a total of 25.5 lamps including the second year) Three Years *1: These calculations were made based on the assumption that lamps were used for 24 hours per day each one month (3 days). Calculated using an electricity rate of 9 yen per 1 kwh/month (does not include basic charges). *2: Light lives are calculated values until the light output decreases to 5% at a light intensity of 1% and an ambient temperature of 4Cº (reference values only). * CO2 emissions are calculated by multiplying the electricity consumption by an emission coefficient of.555 kg CO2 per kwh. RD (red) 1-W halogen lamps CO2 Emissions Yearly power consumption Yearly power consumption 1,8 Wh (monthly power consumption) 12 (months) = 12,96 Wh CO2 Emissions:.555 kg of CO2 per kwh kwh.555 kg CO2/kWh = 6.7 kg CO2 (yearly emission) 6.7 kgco kgco2 2.1 kgco2 72, Wh (monthly power consumption) 12 (months) = 864, Wh CO2 Emissions:.555 kg of CO2 per kwh kwh.555 kg CO2/kWh = kg CO2 (yearly emission) kgco kgco kgco2 Comparison of Total Running Costs 2, (yen) 15, 1, 5, 1 year 2 years 3 years RD Halogen Lamps Costs Costs recovered in 2 years Comparison of CO2 Emissions 15 (kgco2) year 2 years 3 years RD Halogen Lamps Emissions 99% reduction By replacing the halogen lamps you are using now with the HLV2-series High-output Spotlights, you can greatly reduce CO2 emissions, a contributing factor to global climate change. Be Eco Friendly 3

5 -.1 Specifications * Product Number Guide: You can easily access the information page for any of our products by entering the item's 7-digit product number in the designated box on the CCS website (image processing page). Model Direct number LED color Peak wavelength/correlated Power consumption Weight (max.) Polarity and signal color temperature (typ.) (max.) Case material HLV2-RD HLV2-SW HLV2-BL Red White Blue 5,3 K HLV2-GR 856 Green 52 nm HLV2-RD-HU 857 Red.9 W 18 g HLV2-SW-HU HLV2-BL-HU HLV2-GR-HU RD White Blue Green Red 4,7 K 52 nm SMR-3V-B SW 513 White 5,3 K 1: Signal 1.4 W 37 g BL 5 Blue 2: (+) Aluminum alloy GR RD-3W Green Red 52 nm 3: ( ) SW-3W 517 White 5,3 K BL-3W 518 Blue 41 g GR-3W RD-122-3W Green Red 52 nm 2.8 W SW-122-3W 525 White 5,3 K BL-122-3W 526 Blue 42 g GR-122-3W 527 Green 52 nm Dimensions (mm) (Cable length: 3 mm) HLV2-/HLV2--HU 2 7 (lighting surface) (lighting surface) (8.5) -3W 7 (lighting surface) W 7 (lighting surface) 62 Two, M3 x.5 tapped 62 Two, M3 x.5 tapped 12 8 holes, depth: 3 2 holes, depth: (2.5) (2.5) Optional Extension Cable Standard models Models with robot cables Using an Extension Cable FCB-1/-2-/-3-/5 (1m/2m/3m/5m) FRCB-1/-2-/-3-/5 (1m/2m/3m/5m) Do not connect an Extension Cable that is longer than 5 m. * If you need to use an Extension Cable longer than 5 m, please contact a CCS sales representative. Branch cables cannot be used. 4

6 Unlock the True Potential of LED Lighting Microfiber Head Series HFS/HFR Series HFR Ring Light Units HFS Straight Light Units Application Example Camera HFR-4-2 * Macro lens Extension holder (option) Workpiece Connecting adaptor (included) AD-HF HFR-25-1 HFR-25-3 Light source -NR-3W Special Power Supply PJ Series HFR-25-3 HFS--5 Camera Application Example HFR-25-1 *Three light sources are required. Macro lens Connecting adaptor (included) AD-HF Special Power Supply HFS--5 PJ Series Light source -NR-3W Workpiece Provides 9 Times* or More the Brightness of a 1-W Halogen Ring Light * Comparison of the HFR-4-2 and a 1-W Halogen Light Source + 2- Ring Light Guide at Maximum Intensity Comparison of Brightness between a Halogen Lamp and the HFR Series While halogen fiber lighting illuminates a wide area, the HFR Series utilizes CCS's original condensing technologies to provide high intensity by illuminating only the required field of view. Relative radiation intensity (%) Change in Radiance at Each LWD of the HFR Series Light Used: SW-NR-3W 1% 9% 8% 7% HFR-4-2 HFR-25-3 HFR % 1-W Halogen + 5% 2- Ring Light Guide 4% 3% 2% 1% % LWD (mm) * The data provided here is for reference only. Value is not guaranteed. Select the Optimal Condensing Illumination for a Variety of Fields of View and LWDs* Clear Images by Selecting the Illumination Range, Illumination Angle, and Radiance * LWD: Light Working Distance (the distance from a light to the workpiece) Detecting a singular point that is difficult to capture with an HFR-25-1 HFR HFR-4-2 existing halogen light source can be achieved with high contrast. By using ring lighting and condensing illumination from a low angle, you can detect singular points that are difficult to capture using a halogen light 25 4 source. Comparison of Chip Part Images Operating conditions: Shutter speed: 1/2, s, Lens: Double-magnification macro lens, Intensity: 1%, Light Unit: BL-NR-3W 1-W Halogen + 2- Ring Light Guide HFR-25-3 (Blue) Illuminated by a 1-W halogen light HFR-25-1 (Blue) Condensed illumination from 3 mm LWD (condensed illumination by single array) HFR-4-2 (Blue) Condensed illumination over a 5-mm with a 1-mm LWD (condensed illumination by single array) Condensed illumination over a 1-mm with a 3-mm LWD (condensed illumination by single array) Condensed illumination over 1-mm at a 2-mm LWD (condensed illumination by three independent arrays) Condensed illumination over a 5-mm (condensed illumination by single array) Condensed illumination (condensed by three independent arrays) with wide field of view 5

7 Select the Optimal Light Source Color According to the Properties of the Workpiece Original Light Guides Comparison of TFT Barcode Images Fiber Specifications 1-W Halogen + Ring Light Guide: LWD of 2 mm HFR-25-1 (white) : LWD of 1 mm Model HFR-25-1/3 HFR-4-2 HFS--5 HFR-25-1 Fiber material Plastic Multi-component glass Case material Aluminum Aluminum Bundle sheathing SUS SUS Fiber diameter (μm) 5 5 Intensity: 1%, Shutter speed: 1/4, s Intensity: 1%, Shutter speed: 1/4, s Fiber arrangement Random spec. Comparison of Circuit Board Chip Part Images Numerical aperture (NA) W Halogen + Ring Light Guide: LWD of 2 mm HFR-25-3 (blue) : LWD of 3 mm Acceptance angle ( ) 6 68 HFR-25-3 Spectral transmittance (nm) Minimum bending radius (mm) 4 to to 1,3 5 Intensity: 1%, Shutter speed: 1/2, s Intensity: 1%, Shutter speed: 1/2, s Perfect for a Wide Range of Applications (HFS--5) The HFS--5 Straight Microfiber Head can be attached directly into the coaxial lens because the shape of the tip of halogen straight light guides is the same. Furthermore, less heat conductivity and a compact leading tip allow for applications in a wide variety of situations. HFS--5 Specifications Product Number Guide: You can easily access the information page for any of our products by entering the item's 7-digit product number in the designated box on the CCS website (image processing page). Model Direct number Operating temperature and humidity HFR HFR Temp.: to 4 C, HFR Humidity: 2% to 7% (non-condensing) HFS Storage temperature and humidity Temp.: 1 to 6 C, Humidity: 2% to 7% (non-condensing) Weight (max.) 6 g 25 g 115 g Dimensions (mm) HFR-25-1/HFR-25-3 Two, 3.5- holes with 6-mm countersinking, depth: AD-HF (included) Two, M3 holes, Depth: 3 P.C.D Two, M3 holes, Depth: HFR-4-2 Four, M3 holes, depth: 4 P.C.D Two, 3.5- holes with 6-mm countersinking, depth: φ Light source receivers (3) HFS--5 Fiber: Two, 3.5- holes with 6-mm countersinking, depth: AD-HF (included) LWD=

8 Obtain the Optimal Lighting for Your Workpiece Microfiber Head Light Source HLV2-3M-RGB -NR-3W SW-NR-3W HFR-25-1 HFR-25-3 Application Example RD-NR-3W GR-NR-3W HFS--5 Light source Special Power Supply PJ-155-3CA recommended. HFR-25-1 HFR-25-3 Application Example BL-NR-3W Connecting adaptor (included) AD-HF HFS--5 Light source -NR-3W Special Power Supply PJ Series Blend Colors in Any Way You Can Imagine! Increased Output with the -NR-3W The is a special light source that consists of a Light Source Unit and a Blending Unit. This enables stepless, independent dimming of each individual color. The special construction of the Blending Unit eliminates irregularities to provide uniform light emission. Connection to a model from our Microfiber Head Series allows you to create the perfect illumination color for a wide range of configurations. Connecting the and Microfiber Head GR-NR-3W Green light source RD-NR-3W Red light source Straight Model: HFS--5 BL-NR-3W Blue light source HLV-3M Blending Unit By changing the light source color, high-quality images can be obtained based on your particular application. Image Examples of Liquid Crystal Color Filters Ring Models: HFR-25-1/HFR-25-3 By connecting to CCS Microfiber Heads you can achieve full color illumination with a wide range of illumination. By utilizing the -NR-3W Series, we achieve highly accurate mixed color illumination. Independent control of intensity provides optimal illumination and images, and helps to improve inspection precision. Red Illumination Blue Illumination Green Illumination Mixed Blue-Green Illumination 7

9 -3W/-NR-3W Series Connecting the -NR-3W and Microfiber Head In order to utilize the unique properties of different wavelengths, four colors are available: red (RD), green (GR), blue (BL), and white (SW). By connecting to different types of microfiber heads, you can select the optimal color and illumination configuration when imaging to achieve the most precise feature extraction possible. Easily Connect and Replace Light Sources Straight Model HFS--5 Ring Models HFR-25-1/HFR-25-3 The special -NR-3W-series Light Sources for microfiber heads can easily be installed and removed. Highly precise feature extraction is achieved by choosing the optimal light source color when imaging. Connecting Adapter (AD-HF) is included with the HFS/HFR Series To use, simply attach the Connecting Adapter that is provided with the HFS/HFR Series. Specifications Product Number Guide: You can easily access the information page for any of our products by entering the item's 7-digit product number in the designated box on the CCS website (image processing page). Model Direct number LED color Peak wavelength/correlated Power consumption Weight color temperature (typ.) (max.) (max.) Polarity and signal Case material RD-NR-3W 52 Red SW-NR-3W 521 White 5,3 K BL-NR-3W 522 Blue 2.8 W 37 g 1: Signal GR-NR-3W 523 Green Red 52 nm 2: (+) 3: ( ) Aluminum alloy 528 Blue Green 52 nm 8.4 W 232 g Dimensions (mm) (Cable length: 3 mm) -NR-3W RD-NR-3W 1 (lighting surface) Two, M3 x.5 tapped 6 holes, depth: 3 22 (2.5) (lighting surface) (1.2) GR-NR-3W BL-NR-3W Two, 3.5- holes with 6-mm countersinking, depth: 6 Two, M3 x.5 tapped holes, depth: 5 Four, M3 x.5 tapped holes, depth: Optional Extension Cable Standard models Models with robot cables Using an Extension Cable FCB-1/-2-/-3-/5 (1m/2m/3m/5m) FRCB-1/-2-/-3-/5 (1m/2m/3m/5m) Do not connect an Extension Cable that is longer than 5 m. * If you need to use an Extension Cable longer than 5 m, please contact a CCS sales representative. Branch cables cannot be used. 8

10 L1 Range Hi Lo FG L2 Intensity Control Remote Manual Power Remote Control L2 Output L1 L1 Intensity L1 L2 L2 Range Lo Control Remote Manual Remote Control DC24V IN HLV2 Series Light Sources PJ Series 1 to 24-VAC Models 24-V DC Models PJ-155-2CD24 PJ-155-2CA PJ-155-3CA PJ-155-3CD24 Power Supplies for the HLV2 Series: PJ Series You can perform external control of the system you are currently using with the same -5V external control as a standard halogen light source. Continuous current control enables more precise adjustment of the light intensity than is possible with halogen light sources. You can choose from four different models of Controllers based on your operating environment. 1 to 24-V AC Models Two channels: PJ-155-2CA, Three channels: PJ-155-3CA 24-V DC Models Two channels: PJ-155-2CA, Three channels: PJ-155-3CA Relative light amount (%) Linearity of a Standard Halogen Light Source Input voltage (V) Linearity of the PJ Series Input voltage (V) Models with CE Marking PJ-155-2CA/PJ-155-3CA PJ-155-2CD24/PJ-155-3CD24 Relative light amount (%) Specifications Product Number Guide: You can easily access the information page for any of our products by entering the item's 7-digit product number in the designated box on the CCS website (image processing page). Model PJ-155-2CA PJ-155-3CA PJ-155-2CD24 PJ-155-3CD24 Direct number Input voltage (rated) 1 to 24 VAC 24 VDC Input voltage (range) 85 to 264 VAC 1 to 24 VDC Power consumption (typ.) 27 VA 37 VA 1 W.5 W Number of channels Output voltage (maximum rated) DC 5.5 V * The operable input voltage range is: 85 to 265 VAC for the PJ-155-2CA and PJ-155-3CA, and 1 to 26 VDC for the PJ-155-2CD24 and PJ-155-3CD24. Light intensity control Manual: Front light intensity dial Remote (external): Analog input voltage of to 5 V (5.25 V maximum) Weight (max.) 64 g 66 g 38 g ON/OFF control External control connector OFF: 2.5 to 5. V (24 V maximum) ON:.8 to V (pulled down with 4.7 KΩ) D-Sub, 15-pin (plug) External control cables are also available as an options. Dimensions (mm) PJ-155-2CA The PJ-155-3CA is the same size. PJ-155-2CD24 The PJ-155-3CD24 is the same size PJ-155-2CA 62 A Hi 2 PJ-155-2CD24 (8) A (16) 1-24V 5/6Hz 27VA View A 5 12 (16) Four, M3 burring Mounting screw holes (bottom surface) (16) 86 Two, M3 holes, Depth: 3 (screw holes for mounting) DIN Rail Bracket View A 9

11 Options Condensing Lens for the Series: HL-3/HL Illumination Range of the HL-3/HL HL HL-3 HL HL WD (mm) Upper: Inner diameter Lower: Outer diameter Mounting to the Series Dimensions (mm) HL-3 * The data shown here represents actual measurements. Value is not guaranteed. HL HL-3 Compatible Models Series HL W Series * Cannot be used with the HLV2-, W, or -NR-3W Series. Lens M22.5 P Two setscrews M3, 4 mm black 18 Two, M3 holes, Depth: 5 Lens M22.5*P.5 24 Two, M3 holes, Depth: Extension Holders for the HFR-25-1/HFR25-3 These Extension Holders are available to adjust the condensing location of the HFR Series when using a high-power lens with a fixed working distance. The light can be mounted with ease, allowing you to mount it at the most efficient condensing position. Usage Examples of Extension Holders (HD-HFR /HD-HFR ) Used for mounting a macro lens or telecentric lens and microfiber head. Use an appropriate Holder model for the working distance of the lens and the working distance of the Ring Light Guide that you are using. For a Ring Light Guide with a 1-mm LWD (HFR-25-1) and a lens with a 4 mm WD, use the HD-HFR Holder HD-HFR WD4mm WD1mm Application Example No Holder is needed for a Ring Light Guide with a 3-mm LWD (HFR-25-3) and a lens with a 4-mm WD. WD4mm WD3mm HD-HFR HD-HFR Application Example For a Ring Light Guide with a 1-mm LWD (HFR-25-1) and a lens with a 6 mm WD, use the HD-HFR Holder HD-HFR HFR-25-1 Extension Holder Macro lens For a Ring Light Guide with a 3-mm LWD (HFR-25-3) and a lens with a 6 mm WD, use the HD-HFR Holder WD6mm WD1mm HD-HFR Mounted to a macro lens WD6mm WD3mm * For usage configurations other than those listed above, please inquire separately. 1

12 Highly Functional, Cost-effective Original Macro Lens SE-16/SE-18 Series SE-16 series SE-18 series SE-16VM5 SE-16VM1 Covers.5x, 1x, and SE-16VM2 2x fields of view. Coaxial Lens Models A lens that provides the optimal brightness for image processing SE-18VM2 Covers 2x, 4x, and 6x fields of view. SE-18VM4 SE-18VM6 Coaxial Lens Models A lens with a long work distance of 11 mm Two-dimensional Codes Macro Lens: SE-16VM2 LED Light: RD-3W Sensor Size: 1/3 inch Scale: 2x Shutter speed: 1/2, s Light intensity: 55% LED Display Alignment Marks Macro Lens: SE-18VM4 LED Light: SW-3W Sensor Size: 1/3 inch Scale: 4x Shutter speed: 1/7, s Light intensity: 1% 5% 1% 5% 1% For more details about our macro lenses, see our catalogs and pamphlets, or look us up on the web. Notes Carefully read the product's instruction manual before use to ensure correct operation. Product specifications and design are subject to change without notice. Examples of workpiece imaging in this catalog are a guide that may be informative for choosing illuminations. Please check the functions of the equipment and requirements when choosing. Headquarters Shimodachiuri-agaru, Karasuma-dori, Kamigyo-ku, Kyoto Japan Copyright 21 CCS Inc. All Rights Reserved. Phone: / Fax: Descriptions in this document are based on information available as of November HLV2 catalog URL: intlsales@ccs-inc.co.jp