Comparison between HIKING laser screed and the traditional crafts

1. <h6>Reducing labor costs, improving efficiency doubled</h6>

Using traditional construction process needs more workers for supporting template (channel), RBI, paving, needing about 20 persons. The construction area per day is 800-1500㎡.

Using HIKING laser concrete screed can reduce the overall number of people to 4-8 persons. It can also be operated by one person.  The construction area per day can be improved to 2000㎡—3500㎡, greatly reducing the labor costs.

2. <h6>Laser point-to-point, high-precision, low error.</h6>

Traditional craft leveling needs to support templates to control surface elevation and pull control line. Elevation error is larger. Entire levelness and flatness of the floor can not be guaranteed.

Using laser point emitter is applicable to disposable paving in a large area. The laser measurement and control system controls the elevation anytime,  it does not need to pull the control line when leveling, it does not also need to support side templates to control ground level, thus avoiding the elevation error caused by template (channel) shock during the construction process, also reducing the elevation error caused by Traditional artificial block formworks.

3. <h6>Better flatness and integrity</h6>

Traditional construction process needs one day for formworks and one day for pouring mercury, so they can only jump for construction from one piece to another, there is a large limitation here they can not do continuous operation, and there exists a bad integrity and it is easy to cumulative errors in construction joints.

HIKING laser concrete screed will have a greater efficiency and flatness for the disposable overall paving with a large area of floor. The completion of the entire floor will make a better ground integrity. The traditional construction process can not complete this.

The ground will be even more dense and uniform.frequency vibrator of 4000 times per minute will let the vibrator of leveling head produce an uniform high frequency vibration to make even more dense concrete floor.