Fully Automatic Side-Labeling Head for Assembly Lines, Model TTL-8052

It can be integrated with an assembly line to apply side‑labeling to products as they pass through, enabling in‑line labeling. For example, when paired with a coding conveyor, it can label items as they move along.

Fully Automatic Flat-Panel Labeling Head TTL-201P

It can be integrated into workshop assembly lines to apply labels to the top and side surfaces of products as they pass through. When paired with a coding printer, it enables simultaneous labeling and inkjet coding in a single step.

Fully Automatic Paging Labeling Machine TTL-301

Suitable for labeling the surfaces of various cards, small paper boxes, scratch-off cards, and PE bags; offers high labeling accuracy with no air bubbles.

Fully Automatic Horizontal Round Bottle Labeling Machine TTL-8803

Suitable for labeling the circumference or semicircle of cylindrical objects that are unstable when standing, this system employs horizontal conveyance and labeling to enhance stability and improve labeling efficiency. An optional coding printer or inkjet printer can be integrated into the labeling head, enabling the printing of production dates, batch numbers, barcodes, and other information directly onto the label. An optional inkjet printer mounted on the conveyor belt allows for the application of production dates, batch numbers, barcode information, and more—either before or after labeling.

Fully Automatic Vertical Positioning Labeler for Round Bottles, Model TTL-8806D

Suitable for applying labels to the circumferential surfaces of cylindrical containers, it can handle both single‑ and double‑label applications, with flexible adjustment of the spacing between double labels. It is ideal for labeling products such as round gel bottles and cylindrical food cans, and is widely used in the cosmetics, food, pharmaceutical, and disinfectant industries. An optional circumferential positioning sensor enables label application at designated locations on the container’s circumference. Optional ribbon coders and inkjet printers allow printing of production dates and batch numbers directly onto the labels, achieving integrated label‑application and coding.

Fully automatic rotary labeling machine for round bottles, model TTL-8806

Suitable for round-bottle labeling in industries such as beverages, pharmaceuticals, food, and daily chemicals, it can apply labels to half of the bottle’s circumference. An optional automatic rotary bottle‑orienting unit is available, enabling direct connection to the upstream production line to automatically feed bottles into the labeler, thereby boosting efficiency. An optional color‑coding labeler can print production dates and batch numbers on‑line, reducing bottling‑and‑packaging steps and improving production efficiency. A coding printer can also be added to apply information directly onto labels or products, further streamlining packaging processes and enhancing productivity.

Semi-automatic double-sided labeling machine TTL-8802

The labeling process employs a roll‑on application method, enabling label placement on the sides of various workpieces, such as flat bottles, packaging boxes, and plastic side surfaces. By modifying the over‑labeling mechanism, it can accommodate uneven surfaces, including concave planes and curved surfaces. With an interchangeable fixture, the system is suitable for labeling irregularly shaped parts. Optional ribbon coding or inkjet printers allow printing of production dates and batch numbers directly onto the labels, achieving integrated coding and labeling.

Semi-automatic 360° Full-Peripheral Labeling Machine ALT-816

The labeling process employs a roll‑on application method, enabling label placement on flat surfaces of various workpieces, such as cosmetic bottles—flat, square, hexagonal, or prismatic. By modifying the label‑applying mechanism, it can accommodate different surface geometries, including prismatic and curved (arc‑shaped) surfaces. Additionally, by adjusting the fixture, the system is suitable for labeling irregularly shaped parts. Select a color‑coding ribbon printer or an inkjet coder to print production dates and batch numbers directly onto the labels, achieving integrated coding and labeling. Application examples include labeling prismatic bottles, hexagonal bottles, uniquely shaped containers, and plastic housings.

Semi-Automatic Front-and-Back Roll Labeling Machine ALT-103

Suitable for labeling flat, curved, and concave surfaces on products, with labeling accuracy up to ±0.5 mm. Primarily used for precision labeling of electronic components and digital products, such as toys, SD cards, mobile phone batteries, FPCs, and mobile phone chargers. High‑precision labeling highlights superior product quality and enhances competitiveness.

Semi-Automatic Flat Labeling Machine ALT-106

The label‑applying method uses a suction‑adhesion technique, enabling labeling on flat surfaces of various workpieces, such as cosmetic squeeze bottles, packaging boxes, and plastic caps. By modifying the label‑applying mechanism, it can also handle uneven surfaces, including concave planes and curved surfaces. With interchangeable fixtures, it accommodates labeling on a wide range of irregularly shaped parts. Optional ribbon coding or inkjet printers allow printing of production dates and batch numbers directly onto the labels, achieving integrated coding and labeling.

Semi-Automatic Round Bottle Labeling Machine ALT-109

Suitable for labeling cylindrical objects of various specifications, including small‑tapered round bottles such as those used for xylitol, cosmetics, and alcoholic beverages. It supports full‑circumference or half‑circumference labeling, as well as front‑and‑back labeling around the circumference, with adjustable spacing between labels. Widely applied in the food, cosmetics, chemical, brewing, and pharmaceutical industries. Optional circumferential positioning sensors enable precise, fixed‑point labeling. Available with ribbon coders or inkjet printers to print production batch numbers, manufacturing dates, expiration dates, and other information simultaneously with labeling—completing both tasks in a single step and significantly boosting production efficiency.

Motorized Thermal Coding Machine DH-15

Performance specifications: Power source: Motor. Power supply: AC 220 V, 50/60 Hz, 160 W. Printing speed: Up to 110 strokes per minute. Printed area: 15 mm × 25 mm (customizable upon customer request). Font size: 2 mm, 3 mm. Number of print lines: 1 to 3 lines. Signal requirements: contact signal, photoelectric signal. Mechanical dimensions: (H) 248 mm × (W) 168 mm × (L) 210 mm (customizable upon customer request). Consumables: ribbon. Application range: continuous‑feed packaging machines.

Fully Automatic Thermal Coding Machine DH-12

Performance specifications: Power: Stepper motor. Power supply: AC 220 V, 50/60 Hz, 200 W. Head line speed: 6–35 m/min. Printing area: 15 mm × 30 mm. Font sizes: 2 mm, 3 mm, 5 mm (R type). Minimum packaging length: R type, 90 mm; T type, 45 mm. Signal requirements: contact signal, photoelectric signal. Mechanical dimensions: (H) 140 mm × (W) 90 mm × (L) 230 mm. Consumables: Ink roller. Applicable range: Continuous‑type packaging machine.

Desktop Thermal Coding Machine DH-8

Desktop Thermal Coding Machine DH-7Z

Performance specifications: Power source: motor. Power supply: AC 220 V, 50/60 Hz, 160 W. Printing speed: 0–100 strokes/min. Printed area: 15 mm × 25 mm (customizable upon customer request). Font size: 2 mm, 3 mm. Number of print lines: 1 to 3 lines. Signal input options: photoelectric sensor, foot switch, automatic. Mechanical dimensions: (H) 338 mm × (W) 338 mm × (D) 260 mm. Consumables: ribbon.

Motorized Thermal Coding Machine DH-7R

Performance specifications: Power source: motor. Power supply: AC 220 V, 50/60 Hz, 160 W. Printing speed: 0–110 strokes/min. Print area: 15 mm × 25 mm (customizable upon customer request). Font size: 2 mm, 3 mm. Number of print lines: 1 to 3 lines. Signal requirements: contact signal, photoelectric signal. Mechanical dimensions: (H) 248 mm × (W) 168 mm × (L) 210 mm (customizable upon customer request). Consumables: ribbon. Application range: intermittent packaging machines.

Multi-head thermal coding machine DH-6

Performance specifications: Power source: motor, cylinder. Power supply: AC 220 V, 50/60 Hz, 300–1300 W. Air pressure: 0.3–0.6 MPa. Printing speed: 0–50 cycles/min. Printing area: 15 mm × 25 mm (customizable per customer requirements). Font size: 2 mm, 3 mm. Signal requirements: contact signal, photoelectric signal. Printing quality: adjustable print head position, ensuring that the production date can be stamped anywhere on the cup while consistently appearing in the same location across all cups. Microcomputer-controlled motor retracts the ribbon, reducing consumable usage. Equipped with a ribbon‑out alarm to prevent missed prints. Consumables: ribbon. Applicable scope: automatic multi‑mode filling, dispensing, sealing, and packaging machine for cup‑type containers.

Pneumatic Thermal Coding Machine DH-2

Performance specifications: Power source: cylinder. Air pressure: 0.3–0.6 MPa Power supply: AC 220 V, 50/60 Hz, 150 W. Printing speed: up to 160 strokes per minute. Printed area: 15 mm × 25 mm (customizable upon customer request). Font size: 2 mm, 3 mm. Number of print lines: 1 to 3 lines. Signal requirements: contact signal, photoelectric signal. Mechanical dimensions: (H) 160 mm × (W) 135 mm × (L) 240 mm (customizable upon customer request). Consumables: ribbon. Application range: intermittent packaging machines.

Motor-driven thermal coding machine DH-1M

Performance specifications: Power: Motor. Power supply: AC 220 V, 50/60 Hz, 200 W. Printing speed: Up to 180 strokes per minute (adjustable). Printing area: 32 mm × 40 mm (customizable upon customer request). Font sizes: 2 mm, 3 mm, 5 mm (R‑type). Minimum packaging length: R‑type 90 mm, T‑type 45 mm. Signal requirements: contact signal, photoelectric signal. Mechanical dimensions: (H) 170 mm × (W) 155 mm × (L) 230 mm (stand can be customized per customer specifications). Consumables: Solid ink ribbon. Application range: horizontal and vertical automatic packaging machines.

Friction-type thermal coding machine DH-1

Performance specifications: Power source: friction wheel. Power supply: AC 220 V, 50/60 Hz, 160 W. Printing speed: up to 300 strokes per minute. Printing area: 32 mm × 40 mm (customizable upon customer request). Font sizes: 2 mm, 3 mm, 5 mm (R‑type). Minimum packaging length: R‑type 90 mm, T‑type 45 mm. Signal requirements: contact signal, photoelectric signal. Mechanical dimensions: standard model — 170 mm (H) × 155 mm (W) × 457 mm (L) (customizable upon customer request). Consumables: solid ink ribbon. Application: horizontal automatic packaging machines.