A laser screed quotation for a warehouse floor depends on the machine and the work package around it. The screed width is only one part of the decision. Floor area, pour sequence, access around columns, slab reinforcement, the available power or fuel, and the required flatness determine which configuration can work on site. A low equipment-only figure is difficult to compare with a proposal that includes the laser transmitter, receivers, packing, commissioning and spare parts.
For a useful comparison, send the floor drawings and the planned pour schedule with your enquiry. YG can then match the available concrete floor leveling machine to the working area and list the included equipment separately from site-specific services. This article explains what to check before comparing quotations; it does not assign a fixed selling price to a machine without a configuration and destination.
Review the YG concrete floor leveling machine and concrete floor pour preparation for product context and related preparation.
Define the Warehouse Floor Before Requesting a Laser Screed Price
Start with the usable floor area, bay dimensions and the largest continuous pour. A warehouse may have a broad open slab but still contain columns, dock edges, trenches and service penetrations that interrupt the machine path. Mark these features on the drawing. The working width must fit the actual lanes, not simply the total building width.
Record the specified slab elevation, thickness, reinforcement arrangement, joint layout and flatness acceptance method. A laser reference helps the screed follow its set plane, but the machine cannot resolve an unclear survey datum or a conflict between the drawing and the site levels. Include the planned concrete supply rate and the time available to finish each pour. If delivery is intermittent, a wider head alone will not guarantee a faster shift.
On reinforced slabs, check how the machine will travel without disturbing the steel or embedded services. Confirm access for unloading, assembly, cleaning and moving between bays. These details shape the operating package and may determine whether a walk-behind arrangement is suitable for the project.
Share the largest pour area and access limits for an initial machine match.
Compare the Machine Package, Not Just the Base Unit
Ask what is supplied with the screed head and running unit. The laser transmitter, receiver arrangement, control system, cables, charger or power supply where applicable, tools and initial wear items should be identifiable in the offer. Some items are standard with a selected configuration; others depend on the project. A quotation should make that distinction clear.
The four walk-behind laser screed configurations in this comparison vary in engine, operating mass and travel speed. Compare values within each model row, then check the head width, laser package and access route against the warehouse pour; the same machine category does not mean the supplied equipment is identical.
The model table should be read alongside the machine’s complete configuration. Check the exact laser and control equipment offered, the fuel or power arrangement, and the working conditions in which the selected machine will operate. If a proposed machine differs from these four configurations, request its own named specification rather than applying this table to it.
| Parameter | YGJX31 | YGJX32 | YGJX33 | YGJX34 |
| Power | 2.0 kW | 13 hp / 3600 rpm | 13 hp / 3600 rpm | 13 hp / 3600 rpm |
| Drive | Motor | Hydraulic motor | Hydraulic motor | Hydraulic motor |
| Running speed | 0–36 m/min | 0–45 m/min | 0–65 m/min | 0–45 m/min |
| Screed width | 2500 mm | 2500 mm | 2500 mm | 2500 mm |
| Vibration frequency | 50 Hz | 50 Hz | 50 Hz | 50 Hz |
| Operating mode | Walk-behind | Walk-behind | Walk-behind | Walk-behind |
| Weight | 295 kg | 365 kg | 380 kg | 410 kg |
List the laser system and accessories required in your quotation.
Plan the Pour and Crew Around the Laser Screed
The pour plan affects the value of a laser screed as much as the initial machine price. Confirm where the transmitter can stand securely and remain visible to the receivers through the planned working area. If columns or equipment interrupt the signal, identify how reference coverage will be maintained as the crew moves between bays. Arrange a trial setup before the main pour when the project has demanding level tolerances.
The crew still needs to spread concrete ahead of the screed, maintain the correct material feed and finish edges and obstructions that the head cannot reach. Check whether the quotation includes operator instruction and startup assistance. A machine can be delivered in good order yet lose production time if the site lacks the reference setup, cleaning facilities or a clear responsibility for concrete supply.
After each working period, clean the screed head and inspect the receiver mounts, cables, hydraulic connections and moving parts. These checks belong in the operating plan. They also help the buyer estimate consumables and downtime instead of comparing only the purchase figure.
Compare Laser Screed Freight, Startup and Service
Request the packing dimensions, gross weight, delivery term and destination used for the freight quotation. Separate the equipment subtotal from ocean or inland transport, unloading, local duties and taxes, which depend on destination and agreed terms. Ask whether any assembly, calibration, commissioning or training is included, and whether the support will be remote or on site.
An itemized offer should identify the machine model, screed head, laser system, included accessories, spare parts, tools, documents, test scope, packing and freight basis. It should also state the information the supplier still needs before confirming a final configuration. This makes two proposals comparable without assuming that identical headlines represent identical working packages.
If your warehouse has multiple pour zones, send the planned sequence and the largest bay drawing with the enquiry. YG can review the available machine configuration against the actual access, floor requirements and delivery destination.
Include the delivery location, largest pour drawing and whether unloading, assembly or operator familiarization is required; these details let you compare freight and startup on the same supply scope.
Laser Screed Price FAQs
No. Working width helps only when the lanes, concrete supply and crew can use it. Columns, joints, short pours and interruptions can limit the useful pass length. Compare the proposed machine against the actual pour plan.
Send the floor plan, slab and flatness requirements, joint layout, largest pour area, access constraints, concrete supply plan, destination and desired startup support. These details allow the equipment and freight scope to be listed clearly.
Do not assume so. Ask the supplier to list the transmitter, receivers, controls, cables and other accessories in the quotation for the named model.
The screed works within its head geometry and travel path. Edge and obstruction finishing still needs a planned manual or complementary process, which should be included in the labour and pour schedule. To request a configured proposal, provide the floor drawing, pour schedule and delivery destination in the enquiry form below.
