Did you read our blog: Are You Using The Right Tolerancing Method? If not, check it out. Today we’re taking the topic one step further to investigate how tolerances are chosen in different industries.
A pass-fail tolerance is the amount of color variation that is considered commercially acceptable. In part, tolerances are driven by customer expectations. While color tolerances are very tight in the automotive, plastics, and paint & coatings worlds, they can be much less strict in other industries.
You say color is important, but do you know why it’s so important? In reality, color is a critical element in the manufacturing process. Unfortunately, many manufacturers are realizing that getting color right is much harder than it used to be, and the brands they support are asking them to meet tighter tolerances.
While advances in color technology – think metallic packaging, pearlescent finishes, custom fabrics and vibrant new colors – entice customers, they also make it much more difficult to achieve consistency.
As we close out 2016, it’s time to look ahead to 2017 and the upcoming manufacturing trends that will influence how we do business in the New Year. With rapidly changing technology, it’s difficult to know exactly what’s coming next, but we can definitely make some predictions.
Over the past year, I have interviewed many customers across a variety of manufacturing industries to learn more about their industry concerns, the design and manufacturing challenges they face, and the technologies that excite them. As I look into my crystal ball for 2017, here are some manufacturing and business trends to follow over the next 12-18 months.
K 2016 begins today in Düsseldorf and runs through October 26th. As the #1 trade fair for the plastics and rubber industries, it’s a huge event featuring industry news, product demos, and networking.
We’ll be in Hall 8b / Stand H65 showcasing our end-to-end X-Rite Pantone workflow solutions to help rubber manufacturers, compounders, masterbatchers, and converters get consistent color in a plastics workflow. Don’t miss your chance to speak with our color experts! (Here’s the best way to request a demo.)
From the North Entrance, simply turn left, head down the escalators, and Hall 8b will be on your right. We’ll be in Stand H65, waiting to meet you!
Whether you’ll be at K 2016 in person or staying abreast via social media, today’s blog is dedicated to showing how a complete X-Rite Pantone solution, including the ability to digitally communicate color based on spectral values, makes it faster, easier, and less expensive to more consistently manage color in your plastics workflow.
X-Rite’s inline color measurement solutions help industries manage color as the product is being made. Inline systems monitor products as they are produced and alert operators as soon as color begins to move out-of-spec so corrections can be made before the product is wasted.
The TeleFlash445 spectrophotometer mounted on a traversing beam is automatically measuring the left, middle and right side of this sheet during production.
Each X-Rite inline color measurement system uses a non-contact spectrophotometer and ESWin software. Depending on the application and needs, a system may include a moving frame or robotic arm to position the spectro. Although they work as standalone units, X-Rite’s inline solutions can communicate with process control systems to provide color measurement data, or dye pump controls for real time Closed Loop Color Corrections. A system may also receive signals about events such as reel/sheet changes, machine stops or meter counts. Networked data allows you to share color standards and measurements among systems and at different locations.
Today we’ll look at how industries such as paper, textiles, plastics, glass and automotive are using X-Rite’s inline measurement solutions.