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Really good demonstration of SMT production cycle showing paste printing, Pick and Place, Reflow, and inspection tasks.

Video made by Alchitry FPGA development systems. www.alchitry.com

We do not only supply a good machine, but we provide THE BEST SERVICE for a long time.

• We offer a wide range of pick & place machines which can be used for prototypes and production.
• Many of our customers use their PNP machine to reduce delivery times or to optimise their stock.
• Due to the stock-keeping of the SMT components, variants of the printed circuit boards can be produced just in time.
• Software solutions to support production, machine setup and documentation (PNP-Creator) are our speciality.

• From the paste printer to assembly and reflow soldering, optical inspection of the produced assemblies, we offer complete solutions.

• All machines can be equipped with a dispensing head to apply paste or glue
• We also realize customized solutions here too.
• Bonding SMT components for double-sided assembly
• We offer an intelligent software (DotMaker) for dispenser dot distribution calculation.

Surface Mount Technology (SMT) is a popular method for producing prototypes of electronic products. SMT production for prototypes can be done in a small scale or in-house, making it cost-effective and efficient for product development. Here are the steps for SMT production for prototypes:

·      Design and layout: Create a detailed design of the prototype, including schematics and PCB layout, and verify that it meets the necessary safety and performance standards.

·      Component selection: Choose the components that will be used in the prototype, taking into account factors such as cost, availability, and suitability for the application.

·      Prototype creation: Use a pick and place machine to place the components onto the PCB, following the design and layout. The components are then soldered onto the PCB using a reflow oven.

·      Testing: Test the prototype to ensure that it functions as expected and that all components are securely attached to the PCB.

·      Refining the design: If necessary, make any changes to the design based on the results of the testing. Repeat the SMT production and testing process until the prototype is finalized.

·      Scaling up production: Once the design is finalized, the SMT production process can be scaled up for mass production.

SMT production for prototypes provides a flexible and cost-effective way to develop and test new products before committing to mass production. It also allows for rapid prototyping, which is important for product development in fast-paced industries.