
Thermoplastic Marking · Ride-on & self-propelled
JW-168 Ride-On Thermoplastic Marking Machine
JW-168 Ride-On Thermoplastic Marking Machine is a ride-on or self-propelled machine for thermoplastic road lines on city streets, highways, crosswalks, and parking lots. Use the specifications below to check capacity, power, working width, and configuration before requesting a quote.
Catalog source: pages 60–62 of 231
TECHNICAL DATA
Specifications
Technical details are available in the complete source data below.
SOURCE CONTENT
Original data sheet text
The text below comes from the original JACKWIN technical catalog and is kept here for reference.
Open original technical content +
JW-168 Riding-type Thermoplastic Marking Machine Product Overview The JW-168 Riding-type Thermoplastic Marking Machine, developed by JACKWIN, represents an advanced solution in the field of traffic marking equipment. With a combination of reliable power, intelligent control, flexible marking modes, and user-friendly design, the JW-168 is designed to meet the requirements of various road marking projects. Reference Photo Core Specifications Feature Description 1. Engine Power and Heating Versatility Powered by a reliable Honda GX390 liquefied gas engine with 13 HP, the JW-168 provides stable and efficient operation. The heating system supports two options: Liquefied gas heating, Diesel heating. Users can select the heating method according to project requirements and available resources. The machine can use a 15 kg liquefied gas tank (provided by the customer), offering flexibility for different construction environments. 2. Intelligent Vehicle Control System The JW-168 Riding-type Thermoplastic Marking Machine is equipped with: CPU computer control board, German imported Feature Description Siemens control system. The intelligent control system provides: Precise operation, Stable performance, Higher automation level, Improved marking consistency. 3. Dual Working Modes The JW-168 supports two marking modes: Standard solid and dotted lines, Raised oscillating lines. This dual-function design allows the machine to handle both conventional road markings and safety-enhancing vibration markings. 4. Efficient Travel Drive System The machine adopts: Liquefied gas-powered travel system, Hydraulic drive, Stepless speed adjustment. Advantages: Smooth movement, Flexible speed control, Adaptation to different construction requirements, Improved marking efficiency. 5. High-grade Air Compressor Equipped with an imported air compressor that also functions as an air pump. Parameters: Working pressure: 0.4–0.6 kg. The stable air supply ensures reliable operation of: Glass bead application system, Spray-related components. 6. Working Pressure and Capacity Optimized operating pressure: 0.4 kg. Material capacity: Paint bucket capacity: 0.14 m³, Glass bead box: 25 kg. The large- capacity design reduces frequent material refilling and improves continuous working efficiency. 7. Speed and Gradient Performance Operating speed: 0–20 km/h. Maximum climbing ability: 30° gradient. The machine can operate efficiently on different road conditions, including inclined surfaces. 8. Adjustable Marking Dimensions The marking width can be adjusted: 5 cm, 10 cm, 15 cm, 20 cm, 30 cm, 40 cm, 45 cm. Additional adjustment: Raised marking height: 0–10 mm. This provides flexibility for different road marking requirements. 9. Other Features Wheel system: Front wheels: 2 inflatable rubber wheels, Rear wheels: 2 inflatable rubber wheels, Tire specification: 15 × 6.00-6 NHS. Safety lighting system: LED headlights, Warning lights, Feature Description Turn signals, Control panel indicator lights. Additional equipment: 2 m retractable pointer for accurate alignment. Machine dimensions: 3 × 1.5 × 1.65 m. Machine weight: 980 kg. Application Scenarios Municipal roads Parking lots Urban streets Residential areas Small and medium road marking projects Roads requiring raised vibration markings Application Scenarios The JW-628 Ride-On Thermoplastic Extrusion Line Striping Machine is designed for high-volume road marking projects on highways, expressways, airports, municipal roads, industrial parks, and large-scale infrastructure projects. It is particularly suitable for constructing thick thermoplastic extrusion markings and complex drainage line patterns on rough pavement surfaces such as slurry seal roads, delivering high productivity, excellent marking consistency, and superior maneuverability.
