Products

COUNTERPLATES

CHEMICAL ETCHING TO ACHIEVE OPTIMAL QUALITY SOLUTIONS

We manufacture several types of counterplates for your unique project. The channels in our Steel Counterplates are chemically etched or machined directly into the surface of the cutting plate. Our Phenolic Counterplates are ideal for short run projects and can be reused with a 1mm plate.

Steel COUNTERPLATES

         Attributes:

  • Creates consistent scoring
  • Available etched or milled and in a wide variety of steel options
  • Increases press speeds
  • Eliminates marking on carton print surface

 

Applications:

  • Ideal for high speeds, long runs and repeat projects
  • Compatible with web applications
  • Sheet fed applications

PHENOLIC
COUNTERPLATES

        Attributes:

  • Flexible and rigid options
  • Highly economical
  • Easily attached using pressure sensitive adhesive

 

Applications:

  • Short run projects
  • Most commonly used for creasing
  • Can be remounted for additional runs

The Moment of IMPACT

IMPACT’s industry knowledge is deep and vast, with experience and solutions for the growing demands of its customers’ converting needs. The experts at IMPACT look several steps downstream at its customer’s customers. The company can create a “moment of impact” when the consumer sees its product. IMPACT gives them the resources of experience, knowledge, and solutions to create – their moment of impact.

Customers benefiting from IMPACT’s one-stop-shop offerings include large national integrators with 200-300 facilities producing a wide range of items. They gain efficiencies by having one company service them. Converting is more than just cutting a box – it’s also folding, creasing, scoring it, making an opening feature that will tear when it’s supposed to but not before. IMPACT has found that most converters will use a combination of means to convert, cut, crease, and fold material. IMPACT is incentivized to offer the best solutions that meet all its customers’ requirements.

Products

From Start to Solution

We help create brilliantly designed, engineered dies, and systems.