Share
Industrial Technology - Linked-in Industrial Technology - Twitter Industrial Technology - News Feed
Latest Issue
Diary and Events

Advanced Engineering 2019

NEC, Birmingham(B40 1NT)

30/10/2019 - 31/10/2019

The UK's largest annual advanced manufacturing trade show, Advanced Engineering is your opportunity to (more)

Smart Factory Expo

Exhibition Centre Liverpool (L3 4FP)

13/11/2019 - 14/11/2019

Europe's best digital manufacturing show: bigger and better for 2019 Built around eight tech-focused (more)

HepcoMotion in the frame at innovation museum

HepcoMotion in the frame at innovation museum

Samsung's impressive innovation museum in Seoul South Korea boasts the development of the company's products from conception to the current day. Walk into reception and the first display on view is a 12m high by 6m wide array of LCD panels showing a cross section of Samsung customers. This impressive structure has been designed so that the panels can be raised, lowered, moved sideways and tilted, all movements guided by Hepco Heavy Duty V Guide and Ring systems.

Being involved in the project was made possible by machine construction company Shang Wha who recognised that to fit a linear guidance system to a building would require a rethink as to whether conventional mounting methods would be suitable. A linear guidance system and structure complete would be the answer but most systems on the market would require the customer to fit the linear guidance to the structure and locate the drive separately. In a building where the accuracy of the walls is not generally up to precision engineering standards there would be a number of challenges to overcome.

HepcoMotion had long recognised the importance of supplying beams that could be used, not only as a means to fit linear systems to, but also as standalone structural members to save customers having to design their own solution. This, though, does require beams that are inherently rigid and have high levels of straightness.

The vertical Z motion to move the panels up and down used 4x10m long beams two on each side separated by the distance of the Y axis supporting the panels, 6m. The strong aluminium beams 300x200mm were locally attached to the walls of the building. The V rails were supplied accurately fitted to the beams with an integral rack cut into one of the V rails to provide the means of driving through a standard rack driven carriage.

The cross Y axis used smaller beams again with rack driven carriages to perform the sideways movement of the panels. With the twelve panels shared equally between the two vertical beams the motion to tilt each panel was provided by HepcoMotion PRT2 standard rings 612mm diameter. Through a gear cut into the ring the necessary motion was achieved through a motor driven pinion. This complete solution required only Shang Wha to fit the beams against the walls, locate the panels to the rings and fit the necessary motors. Helical bevel gearboxes were provided on all rack driven carriages.

So that the beams could be assembled simply without having to make adjustments for any out of straightness each of the beams for Z and Y, were carefully selected for flatness and straightness with the V rail mounting surfaces machined. Because of the difficulties in assembling a 10m length the Z axis beams were supplied in two pieces 6m and 4m with precision joining plates. Engineers from Shang Wha could then simply bolt the two pieces together safe in the knowledge that the V rails and rack rails would line up.

The result is a smooth running easy to install display system that enhances the reception area of the Samsung innovation centre. The use of HepcoMotion products into a whole new spectrum of architectural applications is gaining pace as engineers see the benefit in specifying modular construction pieces complete with linear guidance and drive, leaving only basic assembly required.

Download pdf

Other News from HepcoMotion

HepcoMotion to showcase core components used in packaging and processing  machinery at PPMA

Latest news about Linear

Additional Information
Text styles