How To Improve The Quality Process Of Piston Pumps

Mechanization is perhaps the subject of durability in dosing axial piston pump plants, and the benefit of mechanization is that it can lead to more stable skills and meet the needs of high-volume production. Of course, when we implement mechanization, we must consider two questions, the first is whether the cost of mechanization is less than the manual industry, the second is whether the desire for mechanization is real and feasible, will it bring new quality questions, such as the imperfection of new equipment brings more cracking of parts, the cost of axial piston pump quality has now exceeded the cost of power trekking, so the demand for mechanization continues to improve, perhaps it should be seriously evaluated at the beginning.

Mechanization improvements are required to comply with the corresponding mechanical planning guidelines.

Safety: It is necessary to ensure the stability of machinery and equipment and ensure the safety of people.

Immobilization: Use fixtures to fix piston pump products and things, freeing up manpower.

Specialization: Replace the usual stuff with a dedicated thing, and travel power.

Utilitarianization: To make machinery and equipment have more functions, the intention is to be able to carry out the annexation of processes.

Simplification: The planning, equipment and scheduling of axial piston pump equipment should be as simple as possible, and the operation should be as convenient as possible.

Standardization: The quality, specification, function, structure and other aspects of the production policy are in line with the standard.

Communication: Coordination between control procedures and operating procedures.

For mechanized work, there are two main types of operations, one is to move the workpiece from one working direction to another, which is called "Transfers Operation", and the other is the production axial piston pump operation that the workpiece is subjected to at the station, which is called "Work Operation". The mechanization of work is mainly due to the improvement of "productive operation", and the following is a description of some of the more common operational machinery arrangements that are now more common.

Feeding arrangement: the arrangement of sending the workpiece from a certain place to the operation direction.

Arrangement of the whole line: the operation arrangement of the messy and disorderly workpieces on the conveyor line according to the proposed attitude.

Selective arrangement: An assignment arrangement in which a specified benchmark finds differences and makes a difference.

Equipment arrangement: the liaison or assembly arrangement between the parts of the two axial piston pumps, including pressing, embedding, riveting, fastening, bonding, welding and other operations;

Packing arrangement: For the items to be packed at a certain time, the paper or film is positioned, folded, sealed, or the loading items are supplied to the container.

Filling arrangement: Arrangement of the filling of powders, pastes and liquids in containers.

Press-cutting arrangement: the operation arrangement of pressurization, punching forging or shearing and cutting of the workpiece by the follower.

Handling arrangement: The arrangement of work to move a workpiece or item from one place to another.

Grabbing arrangement: end the operation arrangement that is equivalent to human hand grasping and grasping function.

Weighing arrangement: the operation arrangement of weighing the workpiece or article of the axial piston pump.

Vibration arrangement: The operation arrangement that uses the vibration (or shock) effect to trek the operating power of the axial piston pump.

Measurement and inspection arrangement: the operation arrangement for measuring specifications, liquid level, force, deformation, etc., and checking speed, acceleration, vibration, etc. How to optimize emulsifier processing skills and processes.