LM INTELLIGENT CNC RAISED-PROFILE VIBRATORY ROAD MARKING MACHINE

Programmable Thermoplastic Marking Equipment for Rumble Lines and Flat Road Markings

The LM intelligent CNC raised-profile vibratory road marking machine is designed for thermoplastic raised-profile warning lines and conventional flat road markings.

Equipped with an intelligent programmable controller and a hydraulic continuously variable travel system, the machine allows operators to adjust profile height, spacing and marking pattern according to project requirements.

One machine can produce both raised-profile vibratory markings and standard flat thermoplastic lines, reducing equipment investment and improving utilization across different road-marking projects.

It is particularly suitable for expressway ramps, downhill sections, toll-station approaches, tunnels, curves and other locations requiring tactile and audible driver warnings.

🧠 INTELLIGENT PROGRAM CONTROL

The programmable control system manages the repeated raised-profile forming process.

Operators can configure key marking settings according to project drawings, including:

✓ Raised profile height
✓ Spacing between profiles
✓ Repetition frequency
✓ Marking pattern
✓ Flat or raised-profile operating mode

Program-controlled operation helps produce uniform profiles and reduces inconsistencies caused by repeated manual adjustment.

Final configuration should be confirmed according to the supplied controller version and project specifications.

🛣️ RAISED-PROFILE AND FLAT MARKING MODES

The machine supports two primary thermoplastic marking functions.

Raised-Profile Vibratory Marking

Forms a continuous thermoplastic base line with regularly spaced raised blocks.

When vehicle tires pass over the raised profiles, the marking produces noticeable vibration and tire noise, warning drivers of lane departure or approaching hazards.

Conventional Flat Marking

Produces standard flat thermoplastic road lines for normal traffic guidance.

The dual-function design allows contractors to complete more projects without purchasing separate machines for every marking type.

⚙️ HYDRAULIC CONTINUOUSLY VARIABLE DRIVE

The machine uses a hydraulic travel system with continuously adjustable speed.

Maximum travel speeds:

• Forward: 4,000 m/h

• Reverse: 3,200 m/h

The hydraulic system provides:

✓ Smooth forward travel
✓ Controlled reverse movement
✓ Stepless speed adjustment
✓ Stable low-speed marking operation
✓ Improved line straightness
✓ Easier positioning at the beginning and end of a line

Actual operating speed depends on marking type, pavement condition, material temperature and profile spacing.

🔊 TACTILE AND AUDIBLE WARNING MARKINGS

Raised-profile markings provide more than visual guidance.

When vehicle tires cross the profiles, they create:

Tactile Warning

The repeated raised blocks produce noticeable vibration through the vehicle.

Audible Warning

Tire contact creates an audible sound that attracts the driver’s attention.

This passive warning system does not require electricity, sensors or roadside electronic equipment.

Warning intensity depends on profile height, profile spacing, vehicle speed and tire type.

📐 ADJUSTABLE RAISED PROFILE HEIGHT

The raised-profile height can be adjusted within a typical range of 3–5 mm.

The base-line thickness can be adjusted through the machine’s suspension and forming mechanism.

This enables the equipment to accommodate:

✓ Different road-design requirements
✓ Different warning intensities
✓ Expressway and municipal specifications
✓ Flat and raised-profile marking modes
✓ Various traffic speeds

A trial marking section should be completed before full-scale construction to confirm profile shape, spacing and height.

📏 INTERCHANGEABLE MARKING SHOES

The standard marking width is 150 mm.

Optional marking widths include:

• 200 mm

• 300 mm

• 400 mm

• 450 mm

Interchangeable marking shoes allow the same machine to produce different line widths for road edges, lane lines, stop lines and other thermoplastic marking applications.

Availability of each marking shoe should be confirmed when ordering.

🪣 LARGE-CAPACITY MATERIAL SYSTEM

The machine is equipped with:

• Thermoplastic material tank: 120 kg / approximately 60 L

• Glass bead tank: 10 kg

The large-capacity material tank reduces the frequency of material refilling during continuous road construction.

The separate glass bead tank supports synchronized bead application, helping distribute reflective glass beads over the fresh thermoplastic marking surface.

Actual capacity may vary slightly according to material density and machine configuration.

✨ SYNCHRONIZED GLASS BEAD APPLICATION

The independent glass bead system applies beads while the thermoplastic marking remains receptive.

Correctly adjusted bead application can help provide:

✓ More uniform bead distribution
✓ Improved initial retroreflectivity
✓ Better nighttime lane recognition
✓ Reduced manual bead application
✓ More consistent finished markings

Glass bead flow rate should be adjusted according to marking width, operating speed and project requirements.

🔥 HONDA FOUR-STROKE POWER SYSTEM

The machine is configured with a Honda 163 cc, 5.5 HP, OHV four-stroke air-cooled engine.

Key characteristics include:

✓ Stable power output
✓ Reliable outdoor operation
✓ Practical fuel efficiency
✓ Relatively low operating vibration
✓ Suitable for continuous road-marking work

The listed configuration uses LPG fuel. Engine brand, fuel system and configuration should be confirmed in the final purchase contract.

⛰️ SUITABLE FOR SLOPES AND RAMPS

Maximum gradeability is up to 15° under suitable operating conditions.

The hydraulic drive system supports controlled travel on:

✓ Expressway ramps
✓ Downhill road sections
✓ Mountain roads
✓ Toll-station approaches
✓ Bridge approaches
✓ Industrial access roads

Actual climbing performance depends on pavement condition, machine load, material load, tire grip and operator control.

📊 TECHNICAL SPECIFICATIONS

Parameter

Specification

Specifications may vary according to engine, controller, marking shoe and optional configuration.

🏗️ RECOMMENDED APPLICATIONS

✓ Expressway raised-profile edge lines
✓ Interchange and exit ramps
✓ Downhill warning sections
✓ Toll-station entrances and exits
✓ Tunnel entrance warning lines
✓ Bridge approach markings
✓ Mountain road curves
✓ Wet-weather warning sections
✓ Municipal thermoplastic markings
✓ Industrial park traffic routes
✓ Parking lot thermoplastic lines
✓ Rural road warning markings
✓ Conventional flat thermoplastic lines

Noise-sensitive areas should be evaluated before installing raised-profile markings.

🧰 BASIC OPERATING PROCEDURE

1. Inspect the Machine

Check the engine, hydraulic system, pipes, valves, fasteners, material tank and bead system.

2. Select the Marking Shoe

Install the required marking shoe according to the specified line width.

3. Prepare the Pavement

Ensure the road is clean, dry and free from oil, dust and loose aggregate.

4. Load the Material

Add properly melted thermoplastic marking material according to safe operating procedures.

5. Load the Glass Beads

Fill the independent bead tank with compatible drop-on glass beads.

6. Set the Control Program

Enter the required profile height, profile spacing and marking pattern.

7. Conduct a Trial Marking

Check line width, base thickness, profile height, spacing and bead distribution.

8. Adjust Travel Speed

Use the hydraulic drive to select a stable speed suitable for the required marking type.

9. Begin Construction

Maintain a straight travel path and monitor material flow, profile formation and bead application.

10. Clean the Machine

Remove residual material and clean the forming components before the thermoplastic material fully cools and solidifies.

⚠️ OPERATING PRECAUTIONS

✓ Only trained operators should use the machine.
✓ Inspect the hydraulic and fuel systems before starting.
✓ Keep LPG components away from flame and ignition sources.
✓ Wear heat-resistant gloves and suitable protective clothing.
✓ Do not touch hot material tanks or thermoplastic outlets.
✓ Keep the pavement dry during marking construction.
✓ Conduct a trial section before continuous operation.
✓ Do not exceed the safe slope capability.
✓ Adjust profile parameters only when safe to do so.
✓ Keep pedestrians and unauthorized personnel away from the work area.
✓ Clean and maintain the machine after each work shift.

⭐ KEY MACHINE ADVANTAGES

✓ Intelligent programmable raised-profile control
✓ Produces raised-profile and flat markings
✓ Adjustable profile height from 3 to 5 mm
✓ Hydraulic stepless forward and reverse travel
✓ Up to 4,000 m/h forward speed
✓ Interchangeable 150–450 mm marking shoes
✓ 120 kg thermoplastic material capacity
✓ Independent 10 kg glass bead tank
✓ Honda four-stroke engine configuration
✓ Up to 15° gradeability
✓ Suitable for highways, ramps and toll stations
✓ Optional configurations and technical support

❓ FREQUENTLY ASKED QUESTIONS

Q1: What is the main advantage of this machine?

It combines programmable raised-profile control with hydraulic continuously variable travel. It can produce both vibratory raised profiles and conventional flat thermoplastic lines.

Q2: Can the raised profile height be adjusted?

Yes. The typical adjustable range is 3–5 mm. Final height should follow the project drawing and local road specification.

Q3: Can the machine produce normal flat road lines?

Yes. It supports both raised-profile and flat thermoplastic marking modes.

Q4: Which marking widths are available?

The standard marking width is 150 mm. Optional shoes are available in 200, 300, 400 and 450 mm widths.

Q5: What is the maximum forward speed?

The maximum forward travel speed is approximately 4,000 m/h. Actual marking speed is lower and depends on material flow and profile settings.

Q6: Can it travel in reverse?

Yes. The hydraulic drive provides controlled reverse movement up to approximately 3,200 m/h.

Q7: Is the machine suitable for slopes?

The specified maximum gradeability is up to 15° under suitable conditions. Performance depends on load, pavement grip and site conditions.

Q8: What fuel does the engine use?

The listed machine configuration uses LPG with a Honda 163 cc, 5.5 HP four-stroke engine.

Q9: How large is the material tank?

The thermoplastic material tank holds approximately 120 kg or 60 L, depending on material density.

Q10: Does the machine apply glass beads automatically?

It has an independent 10 kg glass bead tank and synchronized bead application system.

Q11: Can optional configurations be ordered?

Yes. Marking shoes, controller settings and other configurations can be selected according to project requirements.

Q12: Is operator training available?

Remote technical guidance, operating instructions and practical training support can be provided according to the order arrangement.

🤝 EXPORT AND PROJECT SUPPORT

Contact our export sales team for:

✓ Factory quotation
✓ Machine configuration list
✓ Technical specifications
✓ Operation manual
✓ Spare-parts list
✓ Marking shoe selection
✓ Controller-setting guidance
✓ Thermoplastic material recommendations
✓ Glass bead recommendations
✓ Shipping dimensions and container loading plan
✓ Remote installation and operating support
✓ Customized equipment configuration

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