The SNEED-JET® bottle date-coding system, built around HP® thermal inkjet technology, is designed to mark a range of packaging surfaces with variable production data. The equipment combines a 7-inch touchscreen controller, high-resolution output and a cartridge-integrated printhead. Its specifications indicate a focus on flexibility, variable-data handling and reduced maintenance in small and mid-sized production lines.
The system uses integrated HP® printing technology to produce high-resolution markings. It supports standard alphanumeric text as well as barcodes, QR codes, logos and real-time variable information. A built-in counter function is intended to simplify the management of dates, times, batch numbers and serial numbers during production.
The hardware includes a 7-inch touchscreen controller with an intuitive interface. The system can switch between ink colors in about 30 seconds to accommodate different substrate contrast requirements. It offers 600 x 300 DPI resolution and can be configured for one to eight lines of programmable text.
| Parameter | Specification |
|---|---|
| Print height | 1.2 mm to 12.7 mm |
| Print speed | Up to 70 meters per minute (230 fpm) |
| Print distance | Maximum 6 mm (0.25 inch) |
| Ink colors | Black, white, yellow, blue, green and red |
| Storage capacity | 1,000 messages via USB storage |
Industrial coding often depends on the diversity of the substrate. The SNEED-JET® system is designed for porous, semi-porous and non-porous materials, including glass, plastic, metal and cartons. That versatility makes it suited to small and mid-sized lines and to high-mix, low-volume production environments.
On maintenance, the equipment uses a cartridge-as-printhead design. Replacing the ink cartridge therefore also replaces the printhead, reducing the need for traditional printhead cleaning and maintenance. Manufacturer figures state that a single cartridge can print more than 18 million characters, which is presented as lowering maintenance cost and downtime risk per marking operation.
To support print quality, operators should keep the print distance within 6 mm. When setting complex barcodes or QR codes, substrate flatness and cleanliness should also be controlled to avoid blurring caused by surface unevenness.
The included external product detector and mounting bracket are intended to help operators integrate the unit into existing production lines. Routine checks and stable trigger timing remain important for consistent output in continuous operation.
The SNEED-JET® bottle date-coding system, built around HP® thermal inkjet technology, is designed to mark a range of packaging surfaces with variable production data. The equipment combines a 7-inch touchscreen controller, high-resolution output and a cartridge-integrated printhead. Its specifications indicate a focus on flexibility, variable-data handling and reduced maintenance in small and mid-sized production lines.
The system uses integrated HP® printing technology to produce high-resolution markings. It supports standard alphanumeric text as well as barcodes, QR codes, logos and real-time variable information. A built-in counter function is intended to simplify the management of dates, times, batch numbers and serial numbers during production.
The hardware includes a 7-inch touchscreen controller with an intuitive interface. The system can switch between ink colors in about 30 seconds to accommodate different substrate contrast requirements. It offers 600 x 300 DPI resolution and can be configured for one to eight lines of programmable text.
| Parameter | Specification |
|---|---|
| Print height | 1.2 mm to 12.7 mm |
| Print speed | Up to 70 meters per minute (230 fpm) |
| Print distance | Maximum 6 mm (0.25 inch) |
| Ink colors | Black, white, yellow, blue, green and red |
| Storage capacity | 1,000 messages via USB storage |
Industrial coding often depends on the diversity of the substrate. The SNEED-JET® system is designed for porous, semi-porous and non-porous materials, including glass, plastic, metal and cartons. That versatility makes it suited to small and mid-sized lines and to high-mix, low-volume production environments.
On maintenance, the equipment uses a cartridge-as-printhead design. Replacing the ink cartridge therefore also replaces the printhead, reducing the need for traditional printhead cleaning and maintenance. Manufacturer figures state that a single cartridge can print more than 18 million characters, which is presented as lowering maintenance cost and downtime risk per marking operation.
To support print quality, operators should keep the print distance within 6 mm. When setting complex barcodes or QR codes, substrate flatness and cleanliness should also be controlled to avoid blurring caused by surface unevenness.
The included external product detector and mounting bracket are intended to help operators integrate the unit into existing production lines. Routine checks and stable trigger timing remain important for consistent output in continuous operation.