RING SHAPED TOOTHED BELT

Seamless without junction

RING SHAPED TOOTHED BELT

Seamless without junction

Heat treated
junction

RING SHAPED TOOTHED BELT

Heat treated junction

Openable pin-fixed junction

RING SHAPED TOOTHED BELT

Openable pin-fixed junction

UNDERSIDE BELT FINISHING

Polyeurathane coated

UNDERSIDE BELT FINISHING

Polyeurathane coated with hardness 70-90 Sh

Rubber coated

UNDERSIDE BELT FINISHING

Rubber coated (reduced noise) with hardness 40-70 Sh

Rubber silicone compound coating

UNDERSIDE BELT FINISHING

Rubber Silicone compound coating for special applications 30-40 Sh

High density expansion coating

UNDERSIDE BELT FINISHING

High density expansion coating

Customized coating

UNDERSIDE BELT FINISHING

Customized coating with special technical materials

DESIGN DRIVEN TECHNICAL DRAWINGS WITH

Holes, suction holes, counterbore

DESIGN DRIVEN TECHNICAL DRAWINGS

Special applications with vacuum counterbores with distribution channel built into belt design

Special channel belt design

DESIGN DRIVEN TECHNICAL DRAWINGS

Special channel belt design

Custom built belt design

DESIGN DRIVEN TECHNICAL DRAWINGS

Custom built and manufactured belt design

TOOTHED BELTS WITH POCKETS ON UNDERSIDE

Polyeurathane (PU) pockets

TOOTHED BELTS WITH POCKETS

Polyeurathane pockets with 90 Sh welded to belt underside to variable pitch

Specially shaped PU pockets

TOOTHED BELTS WITH POCKETS

Specially shaped pockets realized by design to contain products of any shape, weight or form with vast array of physical and chemical properties

Polyeurathane/steel pockets

TOOTHED BELTS WITH POCKETS

Polyeurathane/steel pockets for high efficiency batch transport

Push-fit
pockets

TOOTHED BELTS WITH POCKETS

Excellent mechanical precision and precise positioning allows use in mechanical motion (motion transfer) and rigid component integration with stamped or other mechanical elaboration (e.g. metal forming or cutting)

Special resistant PU/metal pockets

TOOTHED BELTS WITH POCKETS

In high wear environments (e.g. blister pack in pharmaceutical industry) the pocket surface can be treated with special resistant polyeurathane and metal sections to reduce maintenance.

Stamped PU/metal pockets

TOOTHED BELTS WITH POCKETS

When necessary to integrate belts with mechanical elements (e.g. cogs and gears) with tolerant geometry often with high mechanical resistance it is possible to make pockets out of polyeurathane and steel welded to underside

Pockets applied using threaded false tooth

TOOTHED BELTS WITH POCKETS

It is possible to apply pockets using threaded false tooth methodology

Object size adapting belts

EXAMPLE OF SPECIAL POCKETS APPLICATION

High wear application (EG. Paisterpack) with added section to vary size of object without changing belt

Transfer system for rigid object

EXAMPLE OF SPECIAL POCKETS APPLICATION

Installed example of transfer system for holding rigid object (EG. anti crash requirement)

FALSE TOOTH APPLICATION

WHAT IS FALSE TOOTH? The technology of false tooth allows a savvy technical designer and engineering offices to transform a toothed belt into a fixed or even variable pitch transfer system capable of transporting any product a calculated distance in a repeatable, precise and cycle that is stable over time. The system is commonly used in many 21 st Century systems of automation with extremely sturdy and robust mechanical realizations and is particularly suitable for hygienic environments or modern production systems that require cleanability, silence and accuracy.