Delivering on-line technology at higher speeds

Our on-line labeling solutions

When you need to label at high speeds and in bulk, Sinclair offers solutions that deliver.

Sinclair RM6 technology

The perfect solution for fruits and vegetables that need to be labeled in bulk. Available in various configurations, this robust, reliable labeler applies labels up to speeds of 720 fruit per minute (fpm).

Product features:

Multi-lane (1 to 20)
Interfaces with sizer
“Hit-on-sight” technology
120 to 720 fpm
Adjustable height
Soft-touch bellows label application
Runs full range of label shapes and sizes
Includes quick change cassette with each applicator
All service and spare parts included
Convenient waste tape collection available

Sinclair V6 single-lane technology

For single-lane label applications. A wide selection of mounting options and operating modes are available with this technology.

Product features:

Single-lane
Interfaces with sizer
150 to 720 fpm
Adjustable height
Soft touch bellows label application
“Hit-on-sight” technology
Runs full range of label shapes and sizes
Includes quick change cassette with each applicator
All service and spare parts included
Convenient waste tape collection available

Sinclair V6 multi-lane technology

Supports up to four lanes with a single controller. This multi-lane system can be synchronized with sizers and singulators to automatically adjust for changes in speed. A wide selection of mounting options is available with this system.

Product features:

Multi-lane up to four lanes
Interfaces with sizer
150 to 720 fpm
Adjustable height
Soft-touch bellows label application
“Hit-on-sight” technology
Runs all label shapes and sizes
Includes quick change cassette with each applicator
All service and spare parts included
Convenient waste tape collection available

Sinclair CR4 fixed multi-head technology

The ideal compact solution for labeling narrowly spaced rows of singulated fruits and vegetables when line speed is less than 240 fpm; also suitable for mounting over the in-feed sections of robotic packing systems.