A PGF Cable Machine Run-Down

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Edge of Technology

PGF Technology Group is a manufacturing company that continues to improve processes while integrating the newest cutting-edge technology. The range of capabilities and services include cable assembly, printed circuit board assembly, wire harness assembly, box build assembly, and prototype services. With each PGF project, workers have the proper tools and skillset to effectively assemble and test each product. Additionally, for cable assembly, a variety of cable machines are utilized to guarantee high-quality and time-efficient projects. All in all, PGF continues to automate processes from crimping to stripping wires for ultimate customer satisfaction.

Cable Machines

Whether it be the initial cutting of a wire or the sleeving of a cable jacket, cable machines advance manufacturing processes immensely. Additionally, integrated throughout PGF cable assembly are the Schleuniger automating wire processing machines. Each of the machines carries a distinct function in either assembly or testing procedures. Overall, the cable machines highlighted include a multitude of benefits and innovative outlets for cable assembly procedures.

Crimp Center 36S

cable machines infographic

  • Automatic wire cut/strip/terminate/tin
  • Benefits
    • compact modular design
    • touchscreen (easy function)
    • product flexibility with 6 processing stations
    • basic network integration

Coax Strip 5300

  • Coax semi-automatic wire stripper
  • Benefits
    • fast processing speed
    • precise rotary stripping for thin wires with up to 9 steps
    • programmable functionality
    • user-friendly graphical displays

Rotary Strip 2400

  • Coax/fine gauge semi-automatic wire stripper
  • Benefits
    • can strip insulated wires
      • such as Kapton, Fiberglass, Teflon
    • includes function for the twisting of inner wire strands
    • programmable machine with a colored touch screen

Unit Strip 2300

  • Semi-automatic standard wire stripper
  • Benefits
    • color touch screen user interface
    • able to strip the inner conductors of jacketed cables with a small break-out length
    • sensitive trigger sensor for small flexible wires
    • no mechanical adjustments are required for different wire sizes

OmniStrip 9450

  • Automatic wire cut and strip
  • Benefits
    • graphically enhanced display with high resolution
    • simple tooling change
    • cables and processing libraries are through system demand

OmniStrip 9400

  • Automatic wire cut and strip
  • Benefits
    • high productivity
    • can process multiple wires simultaneously
    • graphical screen allowing easy navigation and programming

JS 8300

  • Cable jacket scorer
  • Benefits
    • even cuts in depth for each cable jacket
    • high precision standards
    • options of radial or axial wire cuts

Multistrip 9480

  • Automatic wire cut and strip
  • Benefits
    • easy processing of high precision coaxial and multilayer application
    • programmable system
    • versatile in cut and strip platform

The PGF Advantage 

PGF prides itself on integrating the newest generation of trusted technology while following a hands-on approach for all project assemblies. Continuously progressing through the years, PGF removes tedious and time-consuming tasks with automated machines. The cable machines mentioned above are only some of the technologies that continue improving PGF quality standards and timely delivery expectations. However, to ensure only the highest quality products, quality personnel perform quality checks mechanically and with the help of trusted machinery. All in all, before the delivery of any project, employees utilize their skill set, as well as machine focus for the ultimate hands-on yet effective approach.

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Why You Need Custom Printed Circuit Boards

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Printed circuit boards (PCBs) are extremely versatile components with applications spanning consumer and industrial electronics, from a basic TV remote control to complex weapon systems for military and defense. They’re lightweight with an adaptable, compact design that allows them to be compatible with circuitry of varying configurations and complexities.

Customizing printed circuit board assemblies (PCBAs), and working with a trusted supplier, only enhances the benefits of standard boards and better tailors them to your applications. Read on to explore the components of a PCB and the benefits of custom circuit boards.

Custom Printed Circuit Boards: Components

A PCBA is comprised of various electrical components that enable essential functions and performance in its finished device. Each component serves a specific purpose, and the assembly will stop working if even a single component within it fails. The following parts are particularly important to PCBA functionality:

  • Resistors. Among the most important parts of PCBAs, resistors send electric current that generates a voltage and can then dissipate electric power in the form of heat. Color coding displays an assembly’s resistance value, and resistors are available in multiple material options.
  • Capacitors. After resistors, capacitors are the second most prevalent PCBA component. Within the PCB, they hold an electrical charge, letting it go when another area within the circuit requires more power. They typically achieve this by utilizing two layers of conductive material and a separating layer of insulation to collect opposing charges.
  • Inductors. When current passes through them, inductors store energy as a magnetic field. These components perform similarly to capacitors, and they can block interference and related signals originating from another device.
  • Transistors. Transistors act as amplifiers, managing electronic signals on the PCB. There are various types, but the most popular is the three-pin bipolar transistor, consisting of a base, emitter, and collector.
  • Transformers. By raising or lowering voltage, transformers typically pass electrical energy between circuits.
  • Diodes. As components within a circuit, diodes permit the flow of electrical current in a single direction but restrict it in the other to prevent damage to a component or the PCB. Light-emitting diodes (LEDs) in particular are a popular variety as they give off light.
  • Sensors. Sensors detect environmental changes, producing a corresponding electrical signal to communicate the specific change to another part of the PCB. Essentially, sensors serve as transducers, taking physical changes in air quality, sound, or light motion and translating them into electrical energy.

Custom Printed Circuit Board Assembly Benefits

Custom assembly benefits device and equipment manufacturers as well as their customers with optimized, cost-efficient PCBs and full design flexibility.

Technical Advantages

Custom PCBA design gives the manufacturer complete control over the component and circuit locations on the board down to a fraction of an inch. Improved control over component location helps manufacturers avoid the parasitic properties of the circuitry. By mounting components on the board’s surface, they can reduce the potential for parasitic inductance that’s inherent to through-hole component alternatives.

Custom PCBA design delivers:

  • Higher-quality assemblies with repeatable accuracy
  • Improved assembly organization
  • Reduced assembly size and condensed circuitry to save space
  • Ease of maintenance and service for OEMs
  • Reduced installation, service, and replacement labor
  • Reduced costs due to decreased labor expenditures and improved precision from automated production
  • LED light integration for fast diagnostics and functionality verification
  • Legends printed directly on the board to make decals unnecessary

Fewer Labor Costs

Labor expenditures rather than materials are the leading contributor to the overall cost of production. Designing a custom PCBA can reduce these costs considerably in the long run by lessening the need for modifications and re-work. Once the initial PCBA prototype is finished and they’ve verified its performance, manufacturers can use the approved design schematics to replicate the PCBA.


Custom PCBA designs offer manufacturers the freedom to select the ideal size, shape, and power for their application. They can also make a range of modifications or fixes throughout the design and assembly processes.

Custom Printed Circuit Boards From PGF Technology

By customizing PCBAs and the location and configuration of their components, a skilled manufacturer can deliver improved performance and technical benefits at a lower cost. At PGF Technology Group, Inc., our extensive experience in custom PCBAs allows us to deliver innovative solutions that assist you in realizing your design and assembly needs. We offer comprehensive PCBA services for industries like medical, industrial, automotive, and aerospace.

To best serve you, PGF Technology Group provides what our competition does not. We’ve added ionograph testing and x-ray evaluation to our extensive services, allowing us to deliver immaculate board capabilities. Particularly important to our medical clients, our team can measure contamination on an individual centimeter squared down to ppm levels. We invest in quality to ensure your success.

Contact us to learn more about the PGF Technology Group difference, and how our team handles custom printed circuit boards with superior care from receiving and assembly to quality testing and order fulfillment. If you’re ready to begin your project, request a quote today.

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Equal Resources for PCBA & Cable Assembly

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Equal Resources for PCB and Cable Assembly

PGF Technology Group is a leading contract manufacturing company that specializes in providing high-quality printed circuit board (PCB) and cable assembly services to businesses of all sizes. One of the company’s most notable strengths is its equal resources for both types of assembly, providing a significant advantage to customers who require both products for their projects.

Working with a contract manufacturing company that has equal resources for both PCB and cable assembly can offer several advantages for businesses. Here are some of the benefits of working with PGF Technology Group:


  1. Single Point of Contact

One of the most significant benefits of working with a contract manufacturing company that provides both PCB and cable assembly services is the convenience of having a single point of contact for both types of assembly. This eliminates the need to work with multiple vendors, reducing the complexity of the project and minimizing the risk of communication errors.

  1. Streamlined Project Management

By working with a single vendor for both PCB and cable assembly, businesses can streamline their project management process. This allows for greater control over timelines, budgets, and resources, as the vendor can manage all aspects of the project and ensure that it is delivered on time and within budget.

  1. Improved Quality Control

When working with a single vendor for both PCB and cable assembly, businesses can benefit from improved quality control. The vendor is responsible for ensuring that all products meet the necessary quality standards, reducing the risk of errors or defects. This can help to minimize the risk of product recalls or returns, and ultimately improve customer satisfaction.

  1. Cost Savings

Another advantage of working with a contract manufacturing company that provides both PCB and cable assembly is cost savings. By consolidating both types of assembly with a single vendor, businesses can often negotiate better pricing and terms, ultimately reducing their overall manufacturing costs.

  1. Technical Expertise

PGF Technology Group is a contract manufacturing company that has significant technical expertise in both PCB and cable assembly. The company uses state-of-the-art equipment and techniques to produce high-quality products that meet or exceed industry standards. By working with a vendor that has expertise in both types of assembly, businesses can benefit from this technical knowledge and experience, ultimately improving the quality and reliability of their products.


How PGF Can Help

Overall, working with a contract manufacturing company that provides equal resources for both PCB and cable assembly can offer significant advantages for businesses. From improved quality control and cost savings to technical expertise and streamlined project management, there are many benefits to consolidating both types of assembly with a single vendor. PGF Technology Group is a contract manufacturing company that offers these advantages and more, making it an ideal partner for businesses in need of high-quality manufacturing services.

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How To…Operate a Selective Soldering Machine

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What are Selective Soldering Machines?

A selective soldering machine is a specialized machine that applies molten solder to specific points on a circuit board. In the manufacturing of electronic devices, they connect components and ensure a strong, reliable electrical connection.


The Components

The machine typically consists of several key components, including a solder pot, a preheat station, a nozzle, and a control system.

Solder Pot

The solder pot holds the molten solder and heats up to the appropriate temperature for the specific type of solder.

Preheat Station

The preheat station heats the circuit board before the application of the solder. This component helps to prevent thermal shock and ensures a strong, reliable solder joint.


The nozzle dispenses the molten solder onto the circuit board. The commands of a computer program tell the nozzle how to function. This process allows for a high degree of accuracy and control.

Control System

The control system is the center for human interaction with the machine. This is the component that allows an operator to maintain surveillance and control.


Operating Process

To operate a selective soldering machine, the operator first loads the circuit board onto the machine’s conveyor system. The circuit board moves through the preheat station to heat it to the appropriate temperature. The operator then uses the machine’s control system to program the machine to apply the solder to the specific points on the circuit board where the component connections need to take place.

Once the machine is programmed, the operator starts the process and the machine applies the molten solder to the specified points on the circuit board. The operator then inspects the circuit board to ensure that the solder’s application is correct and that there are no defects. If there are any defects, the operator can adjust the machine’s settings and re-run the process to correct the issue.

It’s important to note that for selective soldering, a good setup and maintenance of the machine are crucial for the quality of the solder joints. This includes regular cleaning of the nozzle, regular calibration of the machine, and ensuring the correct temperature of the solder pot.


In summary, selective soldering machines are specialized machines that are used to apply molten solder to specific points on a Printed Circuit Board Assembly (PCBA). A computer program controls the machine, and they require an operator to load the circuit board, program the machine, and inspect the circuit board for defects. With proper setup, maintenance and operation, selective soldering machines can produce high-quality, reliable electronic devices.

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Selective Soldering Process

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The Selective Soldering Process

Selective soldering is a key step in the electronics manufacturing process that requires specialized equipment, skilled operators, and careful control of the soldering process. As a leading electronics manufacturing service provider, PGF Technology Group has extensive experience in selective soldering and a commitment to quality, reliability, and efficiency in every aspect of our operations.


Why Use Selective Soldering?

Selective soldering joins components to the printed circuit board (PCB), creating a finished assembly. The process is “selective” because it involves the application of soldering only to specific areas of the PCB, rather than to all connections. This is important because not all components can withstand the high temperatures for reflow soldering. Reflow soldering is the standard process in the manufacturing of most electronic assemblies. Selective soldering allows us to protect delicate components and ensure that they are secure to the PCB, while also providing a reliable and consistent connection.


What are the steps of the Selective Soldering Process?

The selective soldering process typically begins with the application of flux to the pads and leads of the components. The flux helps to prepare the surface for soldering and to promote good wetting of the solder to the pads. Next, the machine places the components on the PCB, and the selective soldering equipment applies the solder. The equipment uses a combination of heat and pressure to melt the solder and join the components to the PCB. The machine carefully controls the temperature and duration of the soldering process to ensure consistent results.  The operator monitors the soldering process to ensure that each joint is soldered to the correct specifications. Here is the step-by-step explanation:

1. Preparation: Selective Soldering Process Infographic

Before the selective soldering process can begin, the machine and operator prepare the PCB by applying solder paste to the appropriate areas of the board. Prep work includes a stencil or a screen printing process.

2. Component placement:

Once the solder paste has been applied, the surface-mounted components are placed on the PCB using pick-and-place machines or other automated equipment. The components are typically held in place by a temporary adhesive or vacuum.

3. Flux application:

The machine applies flux to the areas of the PCB where it will apply the solder. Flux is a chemical that helps the solder flow and adheres to the PCB and component leads.

4. Preheating:

The machine preheats the PCB to activate the flux and remove any moisture from the PCB and components. The preheating temperature is typically between 120-150°C.

5. Selective soldering:

The selective soldering machine applies molten solder to the areas of the PCB that require soldering. The machine uses a solder nozzle to apply the solder in a precise and controlled manner.

6. Cooling:

After the soldering is complete, the machine cools the PCB to solidify the solder and ensure a strong bond between the components and the PCB.

7. Cleaning:

The machine then cleans the PCB to remove any excess flux or residue from the soldering process. This cleaning uses solvents, ultrasonic cleaning, or other methods.

8. Inspection:

Finally, the machine inspects the PCB to ensure that all components are secure and that there are no defects in the soldering process. This may involve visual inspection, automated optical inspection (AOI), or other testing methods.

What Does PGF Offer?

At PGF Technology Group, we use a variety of selective soldering techniques. This includes wave soldering, laser soldering, and selective spray soldering, to ensure that we have the right equipment and process for each project. Our flexible approach allows us to tailor our processes to meet the specific requirements of each customer.

In conclusion, selective soldering is a critical step in the electronics manufacturing process. It requires specialized equipment, skilled operators, and careful control of the soldering process. As a leading electronics manufacturing service provider, PGF Technology Group has extensive experience in selective soldering. We are committed to providing quality, reliable, and cost-effective solutions to our customers. Our flexible approach and commitment to excellence ensure that we deliver the highest quality products and services to our customers, every time.

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ISO 13485:2016 Benefits

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What are the Biggest ISO 13485:2016 Benefits?

ISO 13485:2016 is an international standard for quality management systems specific to the medical device industry. It is based on the generic ISO 9001:2015 standard, but with additional requirements that are specific to the medical device industry.

The standard is particularly relevant for companies that manufacture electronic assemblies for use in medical devices, as these assemblies must meet strict regulatory requirements and high-quality standards to ensure the safety and efficacy of the final product.

Meet Requirements

One of the main benefits of ISO 13485:2016 for electronic assembly manufacturers is that it helps them to meet regulatory requirements. Medical devices are subject to strict regulations, both in terms of product design and manufacturing. ISO 13485:2016 provides a framework for organizations to demonstrate that they are meeting these requirements, which can make it easier to obtain regulatory approvals and market their products.

Improve Quality

Another benefit of ISO 13485:2016 for electronic assembly manufacturers is that it helps them to improve their overall product quality. The standard requires organizations to establish and maintain processes for controlling the design, development, production, and delivery of their products. This ensures that products are high quality and meet the requirements of customers and other stakeholders.

Improve the Risk Management Process

ISO 13485:2016 also helps electronic assembly manufacturers to improve their risk management processes. The standard requires organizations to identify and evaluate risks associated with their products, and to implement measures to control these risks. This can help to reduce the likelihood of product defects and recalls, which can be costly and damaging to a company’s reputation.

Additionally, for electronic assembly manufacturers, the standard requires ensuring that the electronic assemblies are in accordance with safety standards such as IEC 60601-1 and EMC standards. This guarantees that the assemblies conform to the requirements of the medical device, thus ensuring the safety and efficacy of the final product.

Certified Safe Medical Devices

For medical device customers, one of the main benefits of working with electronic assembly manufacturers that are certified to ISO 13485:2016 is that they can be confident that the products they receive are of high quality and meet regulatory requirements. This can help to reduce the risk of product defects and recalls, and ensure that the electronic assemblies are safe and effective for use in medical devices.


In conclusion, ISO 13485:2016 provides a framework for electronic assembly manufacturers to demonstrate that they meet regulatory requirements, improve product quality, manage risks effectively, ensure compliance with safety and EMC standards, improve internal processes, and ultimately improve their overall performance. Medical device customers who work with manufacturers that are certified to ISO 13485:2016 can be confident that the electronic assemblies they receive are safe, effective, and meet industry standards.

It is important to use an experienced printed circuit board assembly (PCBA) manufacturer like PGF Technology Group to ensure that your PCBs are made to the highest quality standards and meet your specific requirements. With years of experience and state-of-the-art machinery, PGF Technology Group is well-equipped to handle all your PCBA needs. They have a team of experts who are knowledgeable in all aspects of the PCB assembly process.


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