Vacuum rolls provide significant advantages in terms of worker safety and web integrity that enhance the value of these high-performance converting assets. As an industry leader in the design and manufacture of vacuum rolls, MECA understands the process challenges that vacuum rolls can answer.
It’s no secret that supply chain challenges are hitting the flexographic printing industry, but it doesn’t have to when it comes to your supply of lightweight print sleeves. MECA produces lightweight print sleeves in its Wisconsin manufacturing facility letting you deliver high-quality printing that is true to tolerance and on schedule.
Family of brands creates a larger manufacturing footprint to provide efficiencies for converters. Green Bay, WI – Precision Roll Solutions announces the integration of well-known industrial roll suppliers MECA Solutions, Industrial Engraving, and GB Embossing in Wisconsin,…
While the root cause can vary, one solution for eliminating web handling wrinkles may be as simple as installing either of two specific types of rolls designed to address this challenge.
It wasn’t that long ago when printers and converters viewed carbon fiber rolls as little more than a higher-priced alternative to traditional steel rolls.
High-quality flexographic printing for packaging relies on print sleeves that retain their dimensional integrity regardless of environmental variables.
Enhanced nip point safety is a characteristic of vacuum rolls that is often obscured by the more obvious advantages these high-performance assets deliver.
Leaders in the corrugated industry rely on the corrugated roll engineering and manufacturing expertise of MECA to maximize box strength and roll asset lifespans.
Carbon fiber sleeves have developed into the material of choice for flexographic printers who value the benefits of this lightweight, high-strength alternative to traditional steel sleeves.
Premium print sleeves and precision rolls from MECA enable printers to hone in on tight tolerance targets and limit the variables that can affect high-quality print jobs.
