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Soldering fixture for soldering irons


A wave-soldering fixture is a type of soldering-furnace fixture, primarily referring to the fixture used in the wave-soldering process to hold the PCB board as it passes through the soldering furnace and completes the soldering operation. We often also call it a reflow-soldering fixture.

Classification:

Keyword: Soldering fixture for soldering irons

  • Product description
    • Commodity name: Soldering fixture for soldering irons

    A wave-soldering fixture is a type of soldering-furnace fixture, primarily referring to the fixture used in the wave-soldering process to hold the PCB board as it passes through the soldering furnace and completes the soldering operation. We often also call it a reflow-soldering fixture.

    Pass through the soldering furnace.

    Soldering furnace sleeve plate; Material: Synthetic stone
    Suitable for large-volume production, with high antistatic requirements and high PCB board flatness.

    Principle of production:
    Design based on the PCB bare boards and assembled boards provided by the customer; primarily focus on protecting DIP and SMD components during wave soldering and reflow soldering; ensure that plug-in components are fully tinned without any void soldering. Components that are too tall or oversized will not float up.


    Characteristics of furnace fixture (tooling) products:
    1. Excellent performance at high temperatures and dimensional stability.
    2. First-class antistatic performance and long service life
    3. Materials available include synthetic stone, aluminum alloy, fiberglass board, and yellow bakelite.
    4. PCB suitable for reflow soldering and wave soldering

    The TV’s mainboard is soldered onto the board in the soldering oven; material: yellow bakelite.
    Suitable for small-batch production, low antistatic requirements, and PCB boards with low flatness.

    Customer must provide the following information:
    1. Empty and solid PCB boards
    2. GERBER data
    3. Requirements for Product Production (Written Materials)
    4. Samples can be produced first according to requirements, followed by mass production.

    Soldering-furnace sleeve board for amplifier boards; Material: Fiberglass board
    Suitable for large-volume production, with moderate antistatic requirements and moderate PCB board flatness.

     

    A wave-soldering fixture is a type of soldering-furnace fixture, primarily referring to the fixture used in the wave-soldering process to hold the PCB board as it passes through the soldering furnace and completes the soldering operation. We often also refer to it as a reflow-soldering fixture.

    Why use a wave soldering fixture?

    An important feature of wave-soldering fixtures is their ability to maintain dimensional stability at high temperatures—up to 360 degrees—without deforming, with low thermal conductivity and minimal thermal expansion. They also absorb solder flux oil. By using wave-soldering fixtures, PCBs can be protected from deformation caused by excessive heat during the wave-soldering process. Moreover, since the SMD components on the PCB are mounted on the bottom surface, these fixtures ensure the safety of the PCB when performing wave soldering on SMD components.

    When is a wave soldering fixture needed?

    1. The PCB board uses a double-sided process; wave-soldering fixtures are required for components on the back side and for areas not using red glue processes.

    2. When components on the PCB board extend beyond the board’s edge and cannot pass through the soldering furnace, a wave-soldering fixture must be used.

    3. The PCB board is a multi-layer board that is prone to deformation at high temperatures, and its special process requirements necessitate the use of wave-soldering fixtures.

    What are the characteristics of wave soldering fixtures?

    1. Supports thin substrates or flexible circuit boards.

    2. Can be used on substrates with irregular shapes.

    3. Can accommodate multiple boards, improving production efficiency.

    4. To prevent the substrate from bending during reflow soldering and wave soldering, and to ensure that it maintains its physical properties even in environments with gradually increasing temperatures, synthetic stone can achieve high-standard results during wave soldering without any deformation occurring. Even when briefly exposed to 360°C or continuously exposed to 300°C in harsh environments, the base layer of the hard stone will not delaminate.

     

Test Head Engineering provides a full range of custom test fixtures

Throughout the custom fixture development, our Designers work directly with Test Engineers and Test Engineering Managers. During the entire specify/design/build process, they keep in close contact - ensuring that your custom test fixture meets your specific needs and requirements.

Customized products can provide repair services

Customized products can provide repair services

Professional electronic design engineer with over 20 years of experience

Professional electronic design engineer with over 20 years of experience

We provide free technical support for PCB design, production, and more

We provide free technical support for PCB design, production, and more

Customization Process

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Design & Machining

Design & Machining

We design and machine your solution in-house, start to finish.

Assembly & QA

Assembly & QA

Every build is hand-assembled and tested for accuracy.

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