This requires drawing multiple flat, vertical and sectional drawings on the basis of accurate three-dimensional models.
In the past, during the production and landing of conventional components, it took a lot of time and energy to convert complex 3D building models into more complex 2D drawings, so as to “facilitate” manual drawing recognition, and then hand over to workshop workers to manually set out and make 3D components and build on site.
To truly realize the multi-purpose of one machine, we have successfully upgraded the secondary processing link of engineering wood products from the traditional manual and low efficiency mode to unmanned, scientific and intelligent.
Closely combined with the intelligent manufacturing development plan of the 14th five year plan jointly issued by eight departments including the Ministry of industry and information technology, this production line takes the lead in achieving the integrated processing of automatic model reading, automatic positioning and setting out, milling, slotting, drilling and cutting of engineering wood beam products.
The AI production line leads the domestic contemporary wood construction industry and its market, and has the following incomparable advantages.
Traditional workers not only need a team of nearly 25 people to produce and process the same amount of wood structural components, but also the energy efficiency of workers’ operable tools is limited.
In addition, this production process avoids the parts of the material processing environment that cause harm to the workers, such as too much dust and noise.
At the same time, the high-precision robot also improves the overall machining accuracy, and the error can be controlled within 1-2mm.
The “digital twin” technology runs through the whole process of design and landing.
Lin Lang’s “wood wisdom factory” has made a demonstration effect leading the development of the industry in the field of contemporary wood structure in China.
Make the implementation process efficient, interesting, energy-saving and low-carbon.
To some extent, it is also a waste of human resources, and there will be a large number of uncontrollable errors and processing errors, which will lead to poor or unable landing of the project in the end.
On the one hand, the robot omits the process of workers’ map recognition.
The robot can directly read and recognize the three-dimensional model, reduce manpower and improve efficiency.
The team will continuously empower the industrialization, digitization and intellectualization of architecture in Hubei and even China…
The processing range covers the section from 200-800mm and the length from 2.5m-16m.
For example, workers can only operate about 20kg production tools, which requires batch and long-time work to complete one-time processing and production, but the robot end can grasp more than 200kg production tools at one time, Workers need 1h to complete the work, and robots only need 5min.
The traditional processing methods of wood components can not meet the landing needs of the growing and increasingly complex wood structure buildings.
Turn the traditional 3d-2d-3d process into a robot led 3D-3D landing.
Lin Lang’s robot production line is the first intelligent system used in complex engineering wood processing in China.
On the other hand, machines also expand the boundary of human production capacity.
