3D Scanning Overturns the Traditional Way to Home Stair Handrail Design

What does customer need?

Home decoration is always troublesome for many people, some of them will find home decoration company to handle this. In order to make qualified handrail, it’s indispensable to first get the accurate dimension of stair. Traditional manual measurement can not get the complete data with efficiency and precision, which will cause wrong size, redesigning and waste construction materials. However, 3D measurement can obtain accurate data with fast speed and low cost.

Q&A

Q1: what will be scanned?

Switchback stairs without handrail and lift.

Q2: Why is 3D scanning useful for home stair design?

3D scanning will perform on the home stairs for getting full 3D data, and then design turn corners and handrails.

Q3: What are the disadvantages of manual measurement?

● Low precision due to the narrow space of stairs and turn corners.

● Poor efficiency because of a lot of steps

● The security risk for high stair lifts and lack of handrails

● Data obtained by manual measurement cannot be modeled so that it is not conducive to redesign

Photographic VS handheld 3D scanner

Photographic scanners have to be fixed when working and is very unhandy。Besides the stair turn corner can not be accurately measured.

While ScanTech handheld HSCAN 3D scanner will easily fulfill customers’ requirements:

● High-precision acquisition of 3D data in corner area

● Small and light; less than 1kg; quickly scan at any angle

● Real-time visualization; fast modeling

( ScanTech also independently developed PRINCE335 and PRINCE775 3D scanners with ultra-high precision and efficiency when detecting large even small objects.)

ScanTech 3D solution

stair 3D data model — stair 3D inspection

stair 3D stl data — Home stair full 3D data

The 3D data of the stair can be captured by ScanTech handheld HSCAN 3D scanner, and point clouds will be transformed into mesh (stl data). Users can intuitively know the size of each position, and design the stair handrail based on these data. It avoids producing improper handrail and remodification, greatly shortening work time and improving work efficiency to design and make the stair handrail.