Author Archives: Erin

PCB Assembly service in Los Angeles

Building Your Next Big Idea for 2025

Turn Your Big Idea Into a Prototype

Do you have the next great idea you are looking to execute for this next year?  Have you had an idea for the next great invention swirling around in your head forever, well New Year’s is approaching. Is 2025 the year you finally turn your dream into reality and build your invention? Creating a new invention is hard work, but you’d be surprised by how many companies and vendors exist to help you along the way.

pcb-prototypeA good example is, at ACME PCB Assembly, we can help you prototype the printed circuit boards your invention needs to function. We’ve worked with all sorts of entrepreneurs, inventors, and start-ups over the years. If you aren’t sure about the exact schematics of the PCBs that you need, that’s alright. We can help you every step of the way, from planning to designing, and actually building the circuit boards. Other vendors can assist you with the other parts of your product.

Before you know it, you’ll have a prototype in hand, which will allow you to begin confidently pitching investors and getting your product to market.  ACME PCB Assembly to be your assembly resource for prototype Printed Circuit Board Assembly (PCBA). PCB assembly service. Our certified IPC trainer in house to make sure that ACME PCB Assembly will do the quality prototype board build. We can handle prototype board build by hand from 1 piece though 50 pieces. ACME PCB Assembly also can handle your prototype PCB assembly from 1 piece prototype to 10,000 pieces production run through our FUJI SMT pick and place line.

We provide a complete suite of PCB Assembly Services, including rework and modification, BGA, SMT, Turnkey, Thru-Hole, Lead Free, and Prototype assembly, plus an extensive line of add-on services, such as Injection Molding and Metal Work & Finishing.  ACME PCB Assembly has been providing Electronic Manufacturing Services (EMS) and Printed Circuit Board (PCB) assembly for 27 years.

Contact us today to get started prototyping the printed circuit boards you need.

pcb-prototype

Make 2025 the Year You Bring Your Big Idea to Life

Have you been sitting on the next big invention idea, waiting for the perfect time to bring it to life? With 2025 fast approaching, there’s no better time to turn your dream into reality. While creating a new product can feel overwhelming, there are experienced companies ready to help you every step of the way.

PCB Fabrication and AssemblyOne of the most critical stages in a product’s lifecycle is the New Product Introduction (NPI) phase. This is the exciting yet challenging transition from concept to production, where your idea starts to take shape. At Yun Industrial / ACME PCB, we specialize in making this process seamless. With decades of experience, we’ve helped countless entrepreneurs, inventors, and startups prototype the printed circuit boards (PCBs) their inventions rely on.

Not sure about the exact design or schematics for your PCB? Don’t worry—that’s where we come in. From initial planning and design to building and testing, we’ll guide you through the entire process. For other components of your product, we can connect you with additional vendors, ensuring you have complete support from start to finish.

Once your prototype is ready, you’ll be in a strong position to pitch to investors, test your product, and move closer to market success.

We offer a full range of PCB Assembly Services, including rework, BGA, SMT, Turnkey, Thru-Hole, Lead-Free, and Prototype assembly. Beyond PCBs, we provide add-on services like Injection Molding and Metal Work & Finishing. With over 26 years of expertise in Electronic Manufacturing Services (EMS), Yun Industrial and ACME PCB are trusted partners for turning ideas into reality.

Don’t let another year pass with your invention stuck in your head. Contact us today to start prototyping the PCBs you need and make 2025 your year of innovation!

Printed Circuit Board Fabrication

Why Running a Trial Run First is Important in PCB Assembly

Why Running a Trial Run First is Important in PCB Assembly

Do you have a new PCB idea and want to see it executed? Once you have the design drawn up and are ready to move forward you might be wanting to execute a large quantity because you know they will sell, but the bigger question is will it work properly?  Before spending all that money you should really consider a trial run before entering into a mass production of a certain product.

PCB Assembly recommends you should perform a trial run first.  A few important reasons you want to perform a trial run first before going head first into mass production is because a test run usually entails a mini mass production: which means instead of making 6,000 pieces right off the bat, we will be making 200, and then up it to 1,000 to see how the production goes.  If all goes well and production turns out the way you want, we would do the 6,000 order at that point.  As you can kind of understand now how it is like testing a product.

This trial run is often neglected and skipped by companies that are importing parts because they are in a hurry to deliver the product to their customer.  Although, it is still one of the essential steps at the beginning of the mass production page.

Mass produced product is never perfect the first time.

A Few Reasons to do a Trial Run First

  1. Tooling Correction and Adjustment
  2. Assembly and Manufacturing Adjustments
  3. Testing Tools Adjustment
  4. Spacing and Logistic Adjustment
  5. Defective List Establishment

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Proud to Be a Lead-Free PCB Assembly Provider

Proud to Be a Lead-Free PCB Assembly Provider

There’s a reason that in the United States we no longer allow lead in paint or in gasoline. Though lead is a naturally occurring element, it can be highly toxic to humans. It has been connected with behavior and learning problems, lower IQ, slowed growth, anemia, and even coma and death in severe cases. Children and pregnant women are the most at risk of lead poisoning.

For a long time, lead has been part of the soldering process, which is critical to making printed circuit boards. Here at  ACME PCB Assembly, we have made the commitment to adopt lead-free solders. Replacing lead solders requires more than just replacing equipment. Lead-free solders have a higher melting point, which means we have had to revise our entire production and assembly process. This required re-training our workers.

Though the change was difficult, it was worth it to remove the risk of lead exposure from our facilities.  Now, when you work with us, you know that you are working with a lead-free PCB assembly provider.

Recycling Unused PCB

The Role of Sustainable Practices in PCB Manufacturing

Printed circuit boards (PCBs) are the backbone of modern electronics, powering everything from smartphones to medical devices. As technology advances, so does the demand for PCBs, making sustainability in manufacturing a critical focus for the industry. Companies like Board Assembly are taking steps to incorporate sustainable practices in PCB manufacturing, ensuring a greener future while maintaining high-quality production standards.

Why Sustainability Matters in PCB Manufacturing

Turnkey Yun IndustrialThe environmental impact of PCB production is significant due to the use of raw materials, energy-intensive processes, and potential chemical waste. Without sustainable practices, PCB manufacturing contributes to resource depletion and environmental degradation. As businesses and consumers alike prioritize eco-friendly solutions, adopting sustainable methods is no longer optional but essential for the industry.

Sustainable Practices in PCB Manufacturing

  1. Material Optimization
    Sustainable PCB manufacturing starts with the selection of eco-friendly materials. For example, lead-free solders and halogen-free laminates reduce the environmental impact while ensuring product safety. Recycling leftover materials from the production process minimizes waste and conserves resources.
  2. Energy Efficiency
    Reducing energy consumption during manufacturing is another vital practice. Utilizing energy-efficient equipment and renewable energy sources can significantly lower the carbon footprint of PCB production.
  3. Chemical Management
    PCB manufacturing involves the use of chemicals for etching and plating. Sustainable practices include proper chemical management, recycling solvents, and investing in advanced wastewater treatment systems to prevent pollution.
  4. Design for Sustainability
    Creating designs that maximize efficiency and reduce material use is a growing trend. Innovations such as smaller PCBs with higher performance capabilities not only enhance product functionality but also reduce environmental impact.
  5. Recycling and End-of-Life Management
    Manufacturers are adopting practices to recycle old PCBs and recover valuable metals like gold and copper. This not only reduces electronic waste but also supports a circular economy by reusing materials in new products.

The Business Benefits of Going Green

Incorporating sustainable practices in PCB manufacturing offers more than environmental benefits. It helps companies like Board Assembly stand out in a competitive market, attract environmentally conscious clients, and comply with stringent regulations. Additionally, reducing waste and improving energy efficiency can lead to cost savings, creating a win-win for businesses and the planet.

Partner with Eco-Conscious PCB Manufacturers

By choosing a manufacturer committed to sustainability, businesses can play their part in reducing the environmental impact of electronics. Board Assembly emphasizes eco-friendly practices in PCB fabrication, ensuring high-quality products that align with environmental goals.

For more information on sustainable PCB fabrication, visit Board Assembly’s PCB Fabrication page and explore their commitment to innovation and sustainability.