Concrete Laser Screed Machine Price

A concrete laser screed machine price can only be compared after the machine type, working head, control package and delivery scope are clear. Two quotations may use the same product name yet cover different equipment or different support items.

For a warehouse floor, begin with the slab plan, largest continuous pour, required flatness, column spacing, access route and concrete supply. Those conditions determine whether the selected screed can cover the bay efficiently and which controls and accessories belong in the quote.

Which Concrete Laser Screed Machine Configurations Affect Price?

The YGJX31–YGJX34 machines differ in their drive, speed control, screed-head control and laser-control arrangement, so the model is part of the quotation—not a detail to fill in later. For example, the product table identifies YGJX31 with a motor drive and a generator set, while YGJX32–YGJX34 use hydraulic-motor drive; the head/control entries also vary. These differences affect what equipment and operating controls the buyer receives.

When comparing price, first select the model column that matches the power and control arrangement you expect to use. Then compare the same items in each offer: leveling head, transmitter/receiver system, accessories, spare parts, packing and delivery. The published working width and recommended working speed are not a guaranteed area-per-day figure; floor interruptions, concrete supply and the pour sequence determine actual progress. The four-wheel concrete laser leveling machine range shows the named model family.

How Should a Warehouse Floor Layout Determine Laser Screed Size?

Begin with a dimensioned floor plan. Mark columns, doorways, dock edges, trenches, joints and any bays where the machine must turn or reverse. Trace a continuous travel path from unloading to each pour area, then mark the narrowest clearance and the longest uninterrupted strip. Compare that path with the screed’s working width and machine envelope; a wide head helps only if it can reach and turn through the bay.

Next overlay the pour order, concrete delivery points and acceptance elevations. Note where reinforcement, different slab thicknesses or construction joints divide the floor, and identify sections that may need a separate pass or setup. Send the plan with the required flatness and level references so the supplier can assess coverage and access together. The concrete floor pour-preparation guide covers related layout planning.

The table keeps the YGJX31, YGJX32, YGJX33 and YGJX34 model names and the corresponding published values. Drive, screed-head control and laser control differ by model; compare a complete model column instead of treating the four machines as one interchangeable configuration.

Parameter	YGJX31	YGJX32	YGJX33	YGJX34
Engine Model	Generator set	GX390 Electric start	GX390 Electric start	GX390 Electric start
Power	2.0kW	13hp/3600rpm	13hp/3600rpm	13hp/3600rpm
Fuel tank (L)	14.5	6.5	6.5	6.5
Drive	Motor	Hydraulic motor	Hydraulic motor	Hydraulic motor
Running mode	Infinitely variable speed	Handle control, stepless speed	Handle control, stepless speed	Handle control, stepless speed
Running speed(m/min)	0-36	0-45	0-65	0-45
Suggest working speed(m/min)	5	5	5	5
Screed head Type	Self-leveling	Electric control, self-leveling	Self-leveling	Hydraulic control, self-leveling
Screed head Width	2500mm	2500mm	2500mm	2500mm
Exciting force	500N	500N	500N	500N
Vibration frequency	50Hz	50Hz	50Hz	50Hz
Control type	Microcomputer laser scan	Microcomputer laser scan	Microcomputer laser scan	Microcomputer control
Operation mode	Walk-behind	Walk-behind	Walk-behind	Walk-behind
Forward and reverse	Handgrip control, stepless speed-walking	Hydraulic control	Handgrip control, stepless speed-walking	Hydraulic control
Working size(mm)	2758*2622*1980	2740×2659×1980	2578×2643×1980	2780*2622*1980
Weight(kg)	295	365	380	410

What Laser Controls and Accessories Should a Price Include?

Ask the quotation to name the model and list its laser-control type, receiver or receivers, transmitter, cables and operator controls. Then confirm the screed-head type and how its listed control arrangement corresponds to the model; the table differentiates these entries, so do not assume every version has the same head-control system. This matters because the reference signal, controls and head must work as one setup for the planned floor.

Have the supplier itemize the parts delivered with the machine: leveling head, laser components, standard tools, wear parts and any optional accessories. For startup, state whether assembly, initial checks and operator familiarization are included. Compare two offers line by line; otherwise a lower machine-only price can conceal a different control package or missing components.

How Do Freight, Startup and Support Change Concrete Laser Screed Cost?

For delivery, request the selected model’s packing dimensions and gross weight, destination and quoted delivery basis. Confirm who unloads and moves the machine and whether the receiving site has the access and floor space to handle it. The route from the truck to the first pour matters: measure doors and turns, not just the warehouse bay where the screed will work.

Separate equipment, packing, freight, unloading and agreed startup support in the comparison. Include the floor plan, pour sequence, preferred power arrangement and delivery address with your request. That lets the supplier return an itemized offer for the model and scope under review, while your team can plan delivery and the first operating day.

Concrete Laser Screed Machine Price FAQs

Compare concrete laser screed prices against the same floor layout, head arrangement, control package and delivered scope; that is what makes the offers comparable.