The X-Rite eXact spectrophotometer is a versatile tool designed to measure color in various industries. It offers three tint patch percentages for gray balance patch measurements, with the Auto Patch Tool detecting patches. The eXact Basic Spectro can verify basic colorimetric functions and density aspects, including ink trap, print contrast, and hue error. It can also measure offset printing plates.
The eXact Advanced spectrophotometer is the preferred instrument for ink labs and quality control labs, designed to help achieve the highest quality product. The eXact eXact™ Instrument Tone Value Increase (Dot Gain) Function is the difference between the actual Tone Value and the theoretical. The eXact 2 Plus is a state-of-the-art non-contact handheld spectrophotometer that elevates color measurement in the ink, print, and packaging industries.
The X-Rite eXact Auto-Scan is a versatile press side scanning device that provides flexibility for measuring color with spot, manual, and automated scanning. The X-Rite eXact Scan spectrophotometer is a next-generation handheld color measurement solution that measures a 100cm/40″ color bar in less than 10 seconds.
The eXact 2 Plus can easily toggle between spot and scan measurements using integrated wheels and patch recognition technology, speeding up measurement by 17. The eXact 2 Xp ensures accurate printing of both CMYK and spot colors and leverages software and industry standards.
The X-Rite eXact Standard Manual and utility Software includes advanced functions to evaluate ink and paper before and during print production. This handheld portable spectrophotometer offers all the colorimetric functions needed to quickly and easily monitor and control color on press.
📹 X-Rite i1 Basic Pro 2 – Badass Color Calibrator!
What on earth could I be doing with an expensive Colorimeter like the X-Rite i1 Basic Pro 2? I’ll give you one hint – it has …
How do you recalibrate?
In order to recharge an Android battery, it is necessary to charge the device to 100%, then leave it charging for a few hours. The charger should then be disconnected, and the smartphone should be used as normal until the battery reaches 0 and the device turns off. The battery should then be recharged.
What is the main purpose of spectrophotometer?
A spectrophotometer is a device utilized for the measurement of color, employed to capture and evaluate color on a range of materials, including liquids, plastics, paper, metal, and fabrics. In contrast, a spectrometer is a device that detects specific wavelengths of electromagnetic radiation.
How do you calibrate X-Rite exact?
When a calibration is needed, locate the instrument on a flat surface and tap the START button. The instrument will display a countdown screen, displaying the calibration status for the current measurement condition. The calibration button can be used to manually trigger a new calibration, directing to the calibration sequence. The calibration status can be viewed by swiping the screen to the left.
What is the function of a portable spectrophotometer?
X-Rite offers lightweight, portable handheld spectrophotometers that are ideal for capturing color data on various surfaces, including printing presses, labs, and loading docks. These high-precision instruments come in multiple geometries for consistent and accurate measurement on unique samples. X-Rite’s sphere spectrophotometers are also portable and handheld instruments that adapt to various workflows and accurately measure color on various materials. These versatile tools are perfect for businesses looking to capture color data on a wide range of surfaces.
What does a spectrophotometer test for?
A spectrophotometer is an instrument that measures color by shining a beam of light and capturing the amount of light that reflects back or transmits to quantify color. It can provide color data for various samples, including liquids, plastics, paper, metal, fabric, and painted samples. Spectrophotometers measure color through a light beam and capture the amount of light that reflects or transmits to quantify color.
They are used in all sectors that require precise colors, such as dyeing textiles, beverages, and plastic parts, to ensure that the produced color corresponds to the original specified color. Using a light source, a spectrophotometer can accurately detect the reflection or transmission of color for quantitative analysis.
What is X Rite eXact?
The eXact Standard spectrophotometer is designed for use by printers and packaging converters with the objective of ensuring color validation of CMYK and spot-color inks. This is achieved by leveraging industry color standards for the purpose of improving press process control.
What is the new name for X-Rite?
X-Rite has announced that their monitor calibrators and ColorChecker calibration cards will be managed by a separate company, Calibrite, in mid-2021. The products will be labeled as “Calibrite, powered by X-Rite” and will come from the same production line. The re-branding is purely cosmetic, with no immediate changes to the product range or support scenarios. All X-Rite i1 Pro range products, including monitor calibrators, will remain unchanged.
What does X-Rite do?
X-Rite is a global leader in color trends, science, and technology, focusing on color measurement and management to ensure product integrity and customer satisfaction. Their inline color measurement systems monitor color on the line for various industries, alerting operators to correct color out-of-spec before any product is wasted. Studies show that consumers prefer brighter, faded packages over faded ones, and color plays a positive role in the success of products.
What does a spectrometer detect?
An optical spectrometer measures the interaction or emission of electromagnetic radiation with a sample, focusing on the ultraviolet, visible, and infrared wavelength regions of the spectrum. To gain maximum information, the interaction or emission of light should be measured as a function of wavelength. Optical filters are used in low-cost spectrometers or situations where accurate wavelength selection is not important. However, for accurate wavelength selection and spectra generation, a dispersive element, such as a diffraction grating, is required.
This element separates light into its constituent wavelengths using constructive and destructive interference. Modern spectrometers use a diffraction grating to spatially separate polychromatic light incident on the grating.
What is the purpose of spectrometer?
A spectrometer measures the wavelengths of electromagnetic radiation (light) that interacts with a sample. The change in incident light during interaction is characteristic of the sample and is measured over a range of incident wavelengths or at a specific wavelength. There are three main components in spectrometers, which produce electromagnetic radiation, narrow it to a specified range, and detect the resulting radiation after interaction with the sample.
There are two classes of radiation sources used in spectrometry: continuum sources and line sources. continuum sources are lamps or heated solid materials that emit a wide range of wavelengths, while line sources include lasers and specialized lamps that emit discrete wavelengths specific to the lamp’s material.
What is spectrophotometry used to diagnose?
Spectrophotometry is a versatile analytical tool that can detect and quantify the concentration of substances, identify impurities, and understand organic compound structures. It is used in various scientific and industrial applications, including chemistry and biochemistry, where it helps researchers determine concentrations of analytes by measuring light absorption or transmission at specific wavelengths.
Spectrophotometry is also crucial in environmental testing, particularly in water quality analysis, where it enables the detection and quantification of pollutants like heavy metals, organic compounds, and nutrients.
Spectrophotometric methods are also used in analyzing air pollutants, such as ozone, sulfur dioxide, and nitrogen dioxide, which are essential for assessing air quality and compliance with environmental regulations. Overall, spectrophotometers are essential tools for a wide range of scientific and industrial applications.
📹 X-Rite ColorChecker Passport 2
The X-Rite ColorChecker Passport 2 now includes 18% gray target and updated software to create custom ICC Camera Profiles …
Awesome to see this. I’m in the wide format print industry and calibration was a nightmare before we picked up our i1 Pro years ago. We’ve found the re-certification process to be tedious and after years of participating, we’re finding it largely unnecessary. However, over the years, clients have become less and less picky, so there’s that metric as well.
Very good linus, I used the older model and Xrite is known as a standard in the printing world, we create Profiles materials (banner / vinyl / boards ) that we print onto and then measure the results and it creates internal charts on the RIP of how the ink works best, used it to keep our colour accurate from device to device.
For those who keep wondering what the deal is with the word “Basic” in the name, it might help to know the other solutions are “Photo” and “Publish”. The photo package includes targets that enable profiling of cameras and RGB printers. Publish adds support for CMYK printers. @Linus: Congrats on entering the world of color consistency between devices. After I finally got into this I was finally able to make sense of what was going on from capture to editing to printing.
Another great use case for creating specific ICC profiles for your monitors, is that you can import that ICC profile into Adobe Photoshop to use the “Soft Proof” feature when editing photos. This let’s you know what is actually being seen. Also, you should do a tech quickie on ICC Profiles, as they apply to anything that reproduces colour electronically. In the case above, an ICC Profile for your printer will let you “Soft Proof” in Photoshop to insure that you are using colours that the printer can actually handle.
I really wished you would go in depth over more technical stuff like color spaces, luminance like D65, D55, and standards like Rec 709. I’ve paid to have my uhdtv professionally calibrated a year ago a few months after buying the TV. After some of the newer firmware updates and checking w/ my x-rite i1display pro, I’ve noticed the delta-e and other settings are now all out of wack. I’ve been able to somewhat correct the color and luminance using the i1 Profiler and forum posted color space settings, but the quality is still not what it was a year ago when an ISF professional dedicated 4 hours in fine tuning my tv. Spectracal Calman’s product lineup is quite confusing, as well as the perks of buying a signal generator. Does spending $1000+ on a signal generator really deem better quality than using an android TV device w/ Mobile Forge app? I love the i1Display Pro, all of my computer monitors match up beautifully now, but the complexities of home theater calibration is giving me a massive headache!
I applaud you taking this step for your own workflow but as a whole I can tell you from experience it wont make a lick of difference to the 99% of people who don’t have calibrated setups. The only one who will truly appreciate this tool will be your team and the very small percent who have calibrations systems. What makes it somewhat even more frustrating is that the calibration systems vary among themselves which will still leave a degree of error for true colour correction. Iv been through this practice myself and to some degree iv found it a pointless measure with all the real world external factors & constant need to re-calibrate. I hope your endeavours prove to be more constructive.
Now I understand why getting your monitor/TV color calibrated costs as much as it does (about $200-$300 in my area). I bought a 144hz 32inch TV for the bedroom in my house and that thing looks horrible. It literally just sits and collects dust while I have my cable and consoles hooked into my computer monitor.
you can measure a measuring instrument. you just need to agree on the standard. I know there is a weight somewhere in euro which is 1kg in weight, and ever other 1kg can be measured against it. before this, 1kg was different in different regions. i.e. 1kg in london would be considered 1.01kg in paris, etc…
To answer your question: yes. It’s called calibration. You can calibrate instruments. The Spyder Pro 4.0 is working pretty well, but a spectrophotometer is in my future. You forgot to mention that these devices also detect ambient lighting conditions, which can affect how you perceive color, so there’s only so much the manufacturer can do.
“Amazon may be restricted from shipping to your country or location due to manufacturer restrictions or warranty issues.” damn it i actually really want one of those plate cable cheero things and would happily pay $10. I know Australia’s import and warranty laws can be pretty brutal though. Still i manage to buy electronic junk from deal extreme china all the time with no problem.
Haven’t you had that thing for a while now..? Because I’ve seen it before and your monitor reviews have still been lacking. As well as the fact that you haven’t been supplying ICC profiles for the monitors you review, which would be super helpful for anyone actually looking to buy said monitor. Even if the monitors you review are the very high end ones that only ~5% of viewers will actually purchase, the ICC profiles are useful since the average Joe doesn’t have one of those spectrophotometroyoubetchocorrectometers.
I have 2 monitors. Same model bought at the same time. ASUS VC239H. The colours on ‘standard’ mode are the same (as far as my eyes can see). When I put them both on sRGB mode it is a different story. They both get darker and saturation gets pretty bad in my opinion. My left monitor gets blue-ish whites while my right monitor gets brown-ish whites. Very strange.
wouldnt it be cool if all you guys ie jayztwocents pauls hardware awsomesouce and tek syndicate all came togeather and had a mammoth build off. somthing tataly custom, that would be one awsome rig. then sell it for a charity or some sort of prize thingy. paul on periferals,jay on graphics and custom watercooling, tech syndicate on software, linus on hardware/guts of the system and awsomesouce on custom tawer case. I realise you dont exactly live next door to eachother but if it could happen… wow. what a build!
LINUS !!!! I`m giving you and your team a special offer for a build or episode or what ever you wanna call it !!! 😀 2 monitors IPS panes maker AOC model I2369 make them as one ultra wide, without the bezel in between them ….. Thees baby`s are cheap as hell and are with very nice panels good color and angle of 178* A good solution to many ppl that can`t afford super expencive curved ultra wide monitor, but want to have some joy infront of the pc :D. So why don`t you give it a try make something crazy and new for the enthusiasts
As a graphic designer that works both in web and print, id say this is totally unnecessary. With a good color selection and practice (or if u actually know what the hell you are doing… lol) u can design something for Web/print and make them look the same 🙂 Read alot and practice, and get a book like “color index” from Jim Krause
I need help. A few days ago I was playing some CS: GO when my PC randomly shut down without warning. I was able to fix it by turning the power supply off and then back on from its own switch and didn’t think much of it after that. However just a few minutes ago I was on it when I started to get an extremely strong burning rubber smell. I immediately turned it off and haven’t touched it since. I’ve read it could simply be burning dust or it could be toxic gasses. Would it be safe to turn it on and see if it was no longer there and simply a fluke thing? Should I try to sniff it out? If I find out that it is the Power Supply, I don’t know how to take it apart and see if it is just dust. Ty. Btw I know the YouTube comments section isn’t a forum, but it’s the best way I could think of to get quick answers.
is it a good idea or do you have to create a new color profile for every shoot? i do mostly editorial type shoots and ive always struggled with colors, just wondering if i have to repeat the process for every shoot that has different lighting conditions (which for me is just about every shoot lol) i just picture like 100 color profiles in lightroom but idk ive never actually used one of these things thank you guys