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Sheet metal processing technology

  • Time of issue:2024-04-11 16:35
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Sheet metal processing technology

(Summary description)Sheet metal processing is called sheet metal processing. Specifically, for example, the use of plates to make chimneys, iron barrels, oil tanks, ventilation pipes, elbow sizes, round places, funnel shapes, etc., the main processes are cutting, bending, bending, welding, riveting, etc.,

  • Time of issue:2024-04-11 16:35
  • Views:
Information
Sheet metal processing is called sheet metal processing. Specifically, for example, the use of plates to make chimneys, iron barrels, oil tanks, ventilation pipes, elbow sizes, round places, funnel shapes, etc., the main processes are cutting, bending, bending, welding, riveting, etc., which requires certain geometric knowledge. Sheet metal is sheet metal hardware, that is, parts that can be processed by stamping, bending, stretching and other means, and a general definition is the parts that do not change in thickness during processing. The corresponding parts are cast parts, forging parts, machined parts and so on.
Medical equipment processing

Every industry has its professional terms, sheet metal processing industry is no exception. The following 25 are common.

(1) Pressure riveting: refers to the process of using a press or hydraulic press to firmly press riveting nuts, riveting screws or riveting nut columns and other fasteners on the workpiece.

(2) Rising riveting: refers to the process of sinking the workpiece first, and then using a punch or hydraulic press to firmly press the rising riveting nut on the workpiece.

(3) Pulling Nut: refers to the use of similar riveting process. The process of securely attaching a connector, such as a POP, to a workpiece with a broach gun.

(4) Riveting by Pulling: refers to the process of closely connecting two or more workpieces with a riveting gun as a tool.

(5) Riveting: The process of connecting two or more workpieces face to face with rivets, if the countersunk riveting, the workpiece needs to be countersunk first.

(6)  refers to the process of cutting the workpiece Angle using a die on the punch or hydraulic press.

(7) Bending: refers to the process of forming the workpiece by the bending machine.

(8) Forming: refers to the process of using a mold to deform the workpiece on an ordinary punching machine or other equipment.

(9) Cutting material: refers to the process of obtaining rectangular workpieces through the plate shearing machine.

(10) blanking: refers to the process of cutting the workpiece by LASER or CNC punching machine.

(11)cutting material: refers to the process of using a mold to obtain the shape of the product on an ordinary punching machine or other equipment.

(12) Punching: refers to the process of machining holes by ordinary punching machines and molds.

(13) Punching convex: refers to the process of forming a convex shape of the workpiece with a die in the punching press or hydraulic press.

(14) Punching tear: also called "punching bridge", refers to the process of forming the workpiece like a bridge with a die in the punching press or hydraulic press.

(15) Hole extraction: also called "flanging", refers to the process of using a mold to form a round hole edge on the workpiece in an ordinary punch or other equipment. Process.

(16) Tapping: refers to the process of machining internal threads on the workpiece.

(17) Leveling: refers to the process of uneven workpiece processing before and after the use of other equipment to smooth the workpiece.

(18) Back teeth: refers to the process of repairing the second screw of the workpiece that has been tapped in advance.

(19) Drilling: refers to the process of drilling the workpiece using the drill on the drilling machine or milling machine.

(20) chamfering: refers to the process of processing the sharp corners of the workpiece using molds, files, grinding machines, etc.

(21)rinting: refers to the process of stamping words, symbols, or other designs onto the workpiece using a mold.

(22) Countersunk hole: refers to the process of machining taper holes on the workpiece in order to cooperate with a type of connection similar to countersunk screws.

(23) patting: refers to the process of transitioning to a flat workpiece with a certain shape.

(24) Punching mesh: refers to the mesh holes that are rushed out of the workpiece with the mold on the ordinary punching machine or CNC punching machine.

(25) Reaming: refers to the process of machining small holes on the workpiece into large holes with a drill or a milling cutter

Production mode of medical sheet metal frabricating plant 2024年05月14日
Production mode of medical sheet metal processing plant Medical sheet metal frabricating operations are carried out in many areas of work, including various processing steps, such as stamping and material bending. in the process of performing these processing procedures, the operator must pay attention to whether the parameters are accurate and whether the application method meets the requirements. In addition, what exactly is the production model of large-scale sheet metal processing? Let's take a look!   Production mode of medical sheet metal frabricating: 1. The manipulator is equipped with a suction cup to suck up the steel plate and automatically identify the thickness (thickness measuring equipment with rollers). The thickness of the steel plate must meets the requirements of the procedure before it can enter the next process. 2. Put the steel plate on the CNC machine tool for hole punching and blanking, the brush on it will maintain it from being scratched, when the steel plate is moved to this position, the mold will automatically punch the hole, complete the sheet metal blanking process. The CNC machine has the function of automatically modifying and supporting the plates, which greatly improves the utilization rate of wood. 3. Move it to the automatic folding machine and bend the steel plate according to the program. After the parts are completed, the whole process of sheet metal frabrication from steel plate to finished sheet metal does not need manual control and will not cause human deviation, so that the product consistency is very good, not only the pass rate and efficiency are extremaliy high, but also the plate utilization rate is very impressive  However, it should be noted that during sheet metal processing, if the investment is to be reduced, the staff needs to complete the workflow in strict accordance with the production specifications. Therefore, before each application, we need to review the application status of the materials, and if the review is not passed, we cannot handle it casually. Six points that should be paid attention to in medical sheet metal frabrication The application of aluminum shell is also very extensive, I have to say, this is also one of the very common manufacturing processes in professional medical sheet metal frabricating customization, so what matters need to be paid attention to in medical sheet metal processing aluminum shell? Let's take a look 1. Do not use the measuring claw tip of the caliper as a marking needle, compass or other tools, do not manually shake the two PAWS or use the measuring tool as a splint; 2. Do not use oil stone and sandpaper to polish the measuring surface, measuring surface and marking part, unless it is the measurement maintenance personnel, it is prohibited to disassemble, modify and repair the measuring tool. 3. When the surface of the workpiece has burrs, the burrs must be removed before measurement, otherwise the measuring tool will be damaged and the accuracy of the measurement results will be affected; 4. Do not touch the measuring surface of the measuring tool with your hand, because the wet and cold dirt such as sweat on your hand will pollute the measuring surface and make it rusty. Do not mix the measuring tool with other tools and metal substances to prevent damage to the measuring tool; 5. The storage place of measuring tools should be kept clean, dry, free of vibration and corrosive substances, and away from places with large temperature changes or areas with magnetic fields. The measuring tools stored in the measuring box should be clean and dry, and no other debris should be stored; 6. After the measuring tool is used, clean the dirt and aluminum chips on the surface, loosen the fastening device, and apply anti-rust agent on the measuring surface when it is not used for a long time. It is recommended that full-time personnel be responsible for keeping the annual inspection records of measuring tools detected by authoritative enterprises.

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