One of the in-house PCB prototype marvels, Symwill facilitates PCB prototyping services with no fuss, simple and fast prototyping with a unique way of using advanced techniques like automated layout analysis, algorithms & custom technical specimens depending on the Gerber file and BOM (Bill of Materials) required for a particular prototype.

PCB prototype is the basic sample of product that is built with the primary aim of testing the functionality of the design ideas. Our experience in this genre allows us to build PCB prototypes in just 24 hours.

Symwill tests the designs deeply to assure the best PCB prototype for the required application. The prototype PCB boards are considered to get the rework if it is needed. For PCB prototyping, our experts use advanced techniques and equipment. We strongly focus on our client requirements and product quality.

Our quick turn custom prototype circuit board services ensure to deliver it withing the timeframe provided by client for their prototype products. Adapting a full-fledged inspection system and pre-production check authenticate the PCB prototype quality to make it ready to iterate has been our bonanza.

Symwill facilitates the best prototyping service for your well functioned products. We assure you to deliver high-quality circuit boards by providing custom prototyping services with the multilayered quick-turn prototype, chips, testing, and others. Our focus is to fulfil every requirement of multiple industries like Defense, medical, aerospace, electronics, renewable energy, telecommunication and more.

Our flexibility reaches to providing full or partial turnkey as well as consigned PCB assembly with custom PCB prototyping services. To solve the problems pertaining to low volume and highly complex assemblies, we acute flying probe testing. This helps us detect the missing components and validate the component placement. Securing prestige with our clients was possible by offering high tech PCB prototyping services like multi layered quick turn prototype, combined surface mount, chip-on-board (COB) and many other custom PCB prototypes for aerospace, Defense, telecommunication, medical, electronics, renewable energy, and other varied industries.
Testing components

Prototype PCBs are used for testing each component and detect the problems early. Firstly, engineers check the theories of testing and try to analyze the problem. After that, solve the complexity of the design by testing.

Reduced cost

Designing helps to save the extra cost. If any problem is found earlier, then there is no chance of error in the desired product. PCB prototyping solves the flaws in the design, can adjust the number of materials, and make it better in terms of functionality.


If any issues can be detected during the PCB prototyping, then you can save time. Without doing PCB prototype testing, many problems can occur later. We are using few testing methods of PCB prototypes to rectify the errors before final delivery.

Efficient final product
All the problems can be solved earlier by PCB prototypes that result in the desired product. The final product performs efficiently.

There are various stages and methods to test your PCB prototype. Types that are used are classified below:

Visual models : This is the starting step or prototype in the design process. This deals with the overall shape and component structure. This is affordable and easy to design. Physical aspects are the main thing.

Working : This PCB prototype deals with all the functions of the final product. It checks all the features that will work properly or not.

Proof of concept : This prototype PCB board checks if the design is valid or not. This checks all the primary factors except the capabilities of the desired product.

Functional : This PCB prototype deals with the final product and gives its overall look and how it will work. Also, identify the materials used so that the cost is low.
Following is the process which is necessary for the PCB prototyping:
Copper plating and Outer layer imaging
Plating of copper is required by using some chemicals on the surface of the outer layer. In outer layer imaging, you have to apply one more layer of photoresist.

Schematic design
The necessary information should be in a sequenced manner. This will help designers and engineers to produce the products as per the design easily.

List down the bill of materials so that the required products are prepared. The bill of material is based on the quantity, reference designator, value, footprint, and manufacturer part number.

Routing design
In this step, you need to design the routing. This will help to connect the elements of the PCB.

Creation of photo films
Based on your design, professionals make photo film of the PCB using a plotter printer. A photo film of each layer is required.

Print and align the inner layer
Now, we put copper into the substrate material. Then a layer of photoresist has to be applied. When we apply UV rays, it hardens the photoresist. Remove the unwanted photoresist. Align the layers carefully so that the holes are punched in the right place.

Fuse the layers after aligning. First, you need to layer up the holes. Then, bond it by using a bonding press computer because it controls the heat. Now, remove the extra pins.

Drill the layers to make the holes for the other components that need to be inserted later. X-ray locator helps you to make the hole correctly.
First thing is to design the PCB prototype. There is some software available for the design.

Plating using copper and tin
Again, copper plating is required. The Tin plating protects a copper layer.

Final etching and solder mask
Extra copper is removed by using some chemicals. The required copper is safe by using tin plating.

Apply surface finish and silkscreen
Gold or silver plating is needed for the final finish. Ink-jet writing has the important information that is applied on the circuit board by using silkscreen.

Cutting and Sourcing
Use a router to cut the board from the panel. This is separated after applying the electrical test. Sources of all components are necessary for the PCB assembly prototype stage.

Assembly and Solder paste
All the desired components are attached to your circuit board prototype. Solder paste is used to bond the outer layer of the PCB prototype board.

Pick & place and Reflow soldering
All the surface mount components are placed on the printed circuit board by using a machine. The reflow process is done on both sides.

Inspection and inserting through-hole components
Check the quality, poor connections, and electrical shorts. Some prototype PCBs require through hole components to send the signals from one side to another.

Functionality test
The final test checks the whole function according to the conditions of PCB prototype.

Client satisfaction is our primary goal! We are certified in prototype PCB boards in the China. Our high quality of prototype printed circuit boards and testing is guaranteed. We have over 40 years of experience in providing PCB prototyping services. Feel free to ask if you have any questions regarding our PCB prototype services.​