The following is a detailed analysis of the research and development of
industrial automation equipment:
1、 Definition and Overview
Industrial automation equipment refers to mechatronics and digital devices
that can replace human labor to complete various operations, monitoring, and
control tasks in the industrial production process. The essence of industrial
automation is that humans upgrade and improve labor processes and production
methods through scientific and technological means, thereby improving production
efficiency and quality, reducing production costs and work injury rates.
2、 R&D process
Determine development projects and understand customer needs
Understand product quality requirements, equipment production efficiency
requirements, and equipment working environment.
Analyze the product
Understand the production process, dimensional requirements, and incoming
materials of the product.
Communicate with customers about the precautions during the product
production process.
Obtain technical parameters of the device's usage location.
Develop a plan
Engineering personnel discuss, analyze, and develop equipment plans,
including equipment schematics, introductions to various components, action
instructions, and technical parameters of the equipment.
Scheme review
The audit team is composed of engineering personnel to conduct feasibility
assessment, cost assessment, production efficiency assessment, and feasibility
assessment of various structural components of the plan.
Plan rectification
Rectify the issues discussed during the plan review.
Determine the design plan
The design scheme is handed over to the client, who determines it based on
their requirements.
Design and development
The engineering department arranges engineers to design the mechanism, make
machine assembly drawings and part drawings, and select execution components and
electrical control accessories.
Institutional review
The audit team is composed of engineering personnel to review the designed
drawings, including the rationality of machine structure coordination,
production efficiency, cost, and convenience of debugging and maintenance.
Parts Processing and Procurement
Machine parts are processed according to the part drawings, and procurement
personnel contact suppliers to purchase standard parts based on the standard
parts list.
Inspection and storage of processed parts and standard parts
The inspectors inspect the dimensional accuracy, processing technology,
model, and installation dimensions of the processed parts according to the part
drawings and standard parts list. After passing the inspection, the parts are
handed over to the warehouse personnel for storage.
Machine assembly
The assembly department arranges personnel to assemble and debug the
machine, and the assembly personnel collect the processed parts and standard
parts according to the list of processed parts and standard parts for
assembly.
Machine debugging
The industrial control department arranges electrical engineers to carry
out machine power distribution, program writing, and debugging according to the
action instructions. Assembly personnel debug according to the products provided
by the customer.
3、 Research and Development Direction
Industrial Robot Technology
Industrial robots are an important component of automation equipment and
are actively exploring technologies such as intelligence, autonomy, and
collaboration to improve production efficiency and reduce production costs.
Intelligent sensor technology
Intelligent sensor technology is one of the key technologies for achieving
device automation and intelligence, and research and development efforts are
being increased to improve the perception, judgment, and control capabilities of
devices.
