Add to ORKGThis paper describes the most important aspects of roller design, selection and maintenance necessary for a smooth running web process. Included are discussions of alignment, deflection, geometry, surfaces, traction, and tension control. Design criteria for sizing and tolerancing rollers will be given which are based on web handling mechanics. Also given are simple field checks for a quick evaluation of existing machinery
This paper describes the development of a model for predicting the elastic deformations and stresses...
Idler rollers are present in abundance on most web processing lines. Their simple design, a rotating...
In the manufacturing fields of plastic sheet, paper, magnetic tape, thin metal plate, photographic f...
The role of a pull roller in a web machine is identified. The ability of pull rollers, plain or vacu...
While we have had wrinkling and web break models for a quarter century and the means for precision r...
In web processes, at least one moving machine component must drive the material through a friction f...
A concave roller is an effective and inexpensive wrinkle-preventing roller design. By definition, a ...
Web spreading systems are governed by a universal set of web handling principles such as bending, mi...
The moving web is transported through a lot of rollers in the roll to roll process machines. These r...
This paper describes the development of a model for predicting the elastic deformations and stresses...
The primary focus of web handling is often on tension control; however, equally important to almost ...
In research it is typical that only one source of stresses is studied at a time. In entry-level mech...
All previous analyses of webs encountering spreading devices have required enforcement of assumed bo...
Nipped rollers are central to many web converting processes - printing, coating, embossing, calendar...
A web can be defined as thin material manufactured and processed in continuous flexible strip form. ...
This paper describes the development of a model for predicting the elastic deformations and stresses...
Idler rollers are present in abundance on most web processing lines. Their simple design, a rotating...
In the manufacturing fields of plastic sheet, paper, magnetic tape, thin metal plate, photographic f...
The role of a pull roller in a web machine is identified. The ability of pull rollers, plain or vacu...
While we have had wrinkling and web break models for a quarter century and the means for precision r...
In web processes, at least one moving machine component must drive the material through a friction f...
A concave roller is an effective and inexpensive wrinkle-preventing roller design. By definition, a ...
Web spreading systems are governed by a universal set of web handling principles such as bending, mi...
The moving web is transported through a lot of rollers in the roll to roll process machines. These r...
This paper describes the development of a model for predicting the elastic deformations and stresses...
The primary focus of web handling is often on tension control; however, equally important to almost ...
In research it is typical that only one source of stresses is studied at a time. In entry-level mech...
All previous analyses of webs encountering spreading devices have required enforcement of assumed bo...
Nipped rollers are central to many web converting processes - printing, coating, embossing, calendar...
A web can be defined as thin material manufactured and processed in continuous flexible strip form. ...
This paper describes the development of a model for predicting the elastic deformations and stresses...
Idler rollers are present in abundance on most web processing lines. Their simple design, a rotating...
In the manufacturing fields of plastic sheet, paper, magnetic tape, thin metal plate, photographic f...