Specification :

Despite all advantages of Flexible Dies and Magnetic Cylinders, solid engraved Rotary Cutters are still essential and inevitable tools in label and packaging converting. In certain cases, solid rotary cutters represent the best available option to do inline rotary converting.

Applications
Solid Engraved Rotary Cutters can be designed and manufactured to suit most of rotary converting machine. It can be designed to kiss cut various pressure sensitive label material, but its usage nowadays are more used in other special applications, such as cut through cardboard and synthetic paper ( in-mold label) , kiss cut thick and tough synthetic face stock, and other cut through applications with air ejection or air suction waste removing.

Technical Specifications
- Rotary Cutters made by Rotary Technology utilizes the best available high quality tool steel imported from Europe, going through vacuum heat-treatment with average hardness controlled at optimum 60 Rockwell. Entire process follows the most reliable and rigid manufacturing methods, to ensure Rotary Cutters not only cut well but also give long durable lifespan.

- Rotary Cutters can be designed and made with various blade angle and height, to suit different applications and special material.

- Rotary Cutters can be designed and made as Air Ejection design, to allow concentrated air blow through shaft or bearer, and then blow and push waste out of blade cavities, not only effectively protecting blades, but also efficiently moving waste from web.

Unique Features
High quality Rotary Cutter requires top quality steel as well reliable heat-treatment process, plus highly skilled operators to ensure the final cutting results. Rotary Technology manufactures its Rotary Cutters following rigid process, with assurance of all these essential elements for achieving high quality are there. As design of rotary cutter is also very critical for its final performance, experienced engineers from Rotary Technology could provide full support and recommendations for tooling design.