Construction, Earthmoving and Site Operations with Laser, split, four, one

Professional application of Laser, split, four, one

Laser, split, four, one is suited to construction sites, utility work, landscaping and earthmoving projects. It supports excavation, compaction, drilling or site preparation matched to access, ground and workload. Before deployment, confirm operating weight, working range, power, ground pressure, attachment needs and transport limits.

  • Construction Sites
  • Utility Work
  • Landscaping
  • Earthmoving

Specifications & Structural Decomposition

Product Structure Diagram

Product Structure Diagram
  1. Top protective cover

    Covers the top of the cabinet, providing dust protection and enhancing overall sealing performance.

  2. Left side cover panel

    Protects the side of the host; disassembly facilitates inspection of internal components.

  3. Smart Control Panel

    Integrates a display screen and an emergency stop button to enable equipment operation control.

  4. Front access door

    The lower engine compartment is enclosed to facilitate maintenance of the internal piping and components.

  5. Compressor host assembly

    It completes air compression and power output, continuously providing a stable air supply.

  6. Refrigerated air dryer

    Cool and dehumidify compressed air to enhance the dryness of the supply.

  7. Precision filter

    Filters oil mist and impurities from the air, improving the quality of the output gas.

General information

Laser split-type 4-in-1 inverter, 15–37 kW
Discharge Pressure(Mpa)
1.6
Air Displacement(m³/min)
2.4
Motor Power(KW)
22
Motor Speed(r/min)
3000
Voltage / Frequency(V/Hz)
380V/50
Motor Protection Class / Insulation Class
IP23
Driving Method
Direct‑driven

General instructions

Simplified explanation

Product Video

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Laser Four-in-One, Inverter-Driven, 15–37 kW – Exterior Showcase

Static display of equipment

Laser Four-in-One, Inverter-Driven, 15–37 kW – Exterior Showcase

00:22Static display of equipment

Laser Four-in-One, Inverter-Driven, 15–37 kW – Exterior Showcase – Close-Up

00:36Static display of equipment

Real Factory Footage

Real on-site records from our factory, offering a practical view of our production capability and delivery readiness.

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Factory real scene

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Core Component Details

Split-type 4-in-1 laser, 15–37 kW, with inverter — Details: Host motor assembly

Split-Type 4-in-1 Laser, 15–37 kW, with Inverter – Details – Maintenance Schedule

Split-type 4-in-1 inverter laser, 15–37 kW – Details – Air tank drain valve

Split-type 4-in-1 laser, 15–37 kW, with inverter — Details: internal piping and interfaces

Split-type 4-in-1 laser, inverter-driven, 15–37 kW – Details – Internal piping system

Split-type 4-in-1 laser, 15–37 kW, with variable frequency drive – Details: Cooling fan

Split-type 4-in-1 inverter laser, 15–37 kW – Details – Maintenance nameplate for the refrigerant dryer

Split-type 4-in-1 inverter laser, 15–37 kW – Details – Drain connection of the refrigerant dryer

Split-Type 4-in-1 Inverter-Driven Laser Chiller, 15–37 kW—Details—Operating Instructions for the Refrigerated Air Dryer

Split-type 4-in-1 Inverter Laser System, 15–37 kW—Details: Refrigerated Air Dryer Flow Diagram and Switches

Split-type 4-in-1 laser, inverter-driven, 15–37 kW—Details: refrigerated dryer temperature control and power switch

Split-type 4-in-1 inverter laser, 15–37 kW – Details: refrigerated dryer piping connections

We're here to help

Our team is ready to advise you on the best product configuration and procurement plan.

400 158 5899

Frequently Asked Questions (FAQ)

1. Where is Laser, split, four, one typically used?

1. It is commonly used for construction sites, utility work, landscaping and earthmoving projects, subject to the selected model and site conditions.

2. How do I choose the right model?

2. Match operating weight, working range, power, ground pressure, attachment needs and transport limits to the actual workload and operating environment.

3. What should be confirmed before ordering?

3. Confirm model, power, working attachment, cab or control type and spare parts, then verify the response time and any special requirements.

4. How should it be installed and maintained?

4. Prepare safe unloading space, stable ground, operator training and fluid, fastener and safety-device checks; follow the manual for operation, inspection and routine maintenance.