CES 2023: Our Review of the Coolest Products and Niches

CES 2023 Our Review of the Coolest Products and Niches

CES is one of the world’s largest and most influential consumer electronics trade shows and our CEO Renaud attended this year at the start of January in Las Vegas.

Many of Sofeast’s clients develop innovative new electronic products, so if that’s you then you may be interested in his review of some of the coolest and most innovative products and niches that he saw, as well as some more general thoughts on the industry and the show itself.

 

Listen here!

Listen: to the podcast episode

Watch: on Youtube

 

Episode sections

  • 00:00 – Greeting from Vegas!
  • 00:39 – Why is CES important and how is it structured?
  • 05:46 – There was a strong Korean showing.
  • 07:04 – Reinvented ‘smart’ products were a hot category.
  • 10:16 – Products that are more revolutionary.
  • 12:16 – Health and concept products.
  • 14:19 – The Metaverse.
  • 17:40 – Other ‘hot’ products.
  • 23:58 – Electric Vehicles.
  • 25:12 – Wrapping up.

 

Related content…

 

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New Lithium Battery Validation for an Electronic Device

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Unfortunately, changing to a new battery model from a new supplier is not as straightforward as most people think. Careful lithium battery validation is required in order to ensure they don’t lead to many failures.

In many cases, the majority of failures on electronic devices actually come from the battery. A battery that is a poor fit for your device, or with very inconsistent performance, will result in customer dissatisfaction, returns, and brand damage. It may even lead to recalls and perhaps lawsuits and damages in the case of accident and injury.

Validating a new battery for an existing product is, in a way, like validating a new product. In most cases, these steps must not be skipped:

  • Confirm the specifications that correspond to the needs of the product
  • Ensure the battery fulfils those specifications (through testing)
  • Track performance over time (batch check)

Keep reading for an introduction to the kind of battery testing we suggest when sourcing a new lithium-ion battery for your existing product…

 

Which battery tests to run?

Important question that will impact the testing plan: do your product’s users tend to do mostly partial discharges or full discharges? The way to test the batteries will, ideally, replicate that particular user pattern.

We usually suggest testing for:

  • Maximum output current
  • Protection of circuit
  • Over voltage
  • Ageing (sometimes 100% of batteries are charged & discharged continuously for 1 week)
  • Battery performance in different temperatures
  • Battery self-discharge

And it is also helpful to dismantle a battery to check its components (e.g. size of the wires), and then to confirm none of that changes from one batch to another. Please note, this does not mean opening the battery up to expose its liquid electrolyte, which could lead to injury.

At Sofeast we prepare customized testing plans for our client’s specific needs, and we often test to UN38.3 standard for safe shipping – this standard basically includes the above tests but also tests that replicate the conditions the battery will endure during shipping, such as:

  • Altitude (low-pressure conditions)
  • Vibration
  • Shock impact
  • Crush testing
  • Drop test

 

Monitoring battery life after 6-12 months of usage

Electronic products need a battery whose performance is going to satisfy the user for a reasonable time, probably at least the warranty period if not more depending on the cost and perceived value of the product.

If one of the failure modes observed during testing is a quickly dwindling battery lifetime, it is important to test the output impedance, which may be what leads to shorter battery life. (It may not be an issue coming from battery capacity.) Testing the impedance on batteries is a pretty fast job, so testing 100% of the samples is usually not an issue.

To test battery life, there is only one way – test the charge/discharge cycle of the batteries; for example, go through 500 cycles and check if the real capacity is still over 80% of nominal capacity.

Typically, good long-lasting lithium batteries for always-on applications such as in a large iPad type tablet should have at least 850 charge/discharge (C/D) for the same way they tested which is fine. 850 is the typical but high-end batteries can go up to 1000 or more C/D with 60% remaining at the end. 

What other factors may be contributing to a short battery lifetime?

  • Battery load… in terms of drawing current 
  • How many apps are running in the background and how much power they are using
  • Design and quality of battery components; for example, low-cost alloy components used in the battery that hold less charge than those of a higher quality
  • Poor design and construction and manufacturing quality of batteries contribute to a shorter lifetime 
  • Some battery management ICs that are having issues with memory cache will keep running and draining the battery

 

Continue reading “New Lithium Battery Validation for an Electronic Device”

North American Product Safety & Compliance Certifications And Requirements For Electronics (UL, ETL, and CSA)

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In continuation of our discussions on regulatory compliance requirements, in this post, we would like to focus our attention on three very prominent organizations for North American product safety and compliance certifications, UL, ETL, and CSA.

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Table of contents

Click on each heading to jump to that section of the guide, or just keep reading:

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Who are UL, ETL, and CSA?

The three North American product safety bodies for electronics are as follows:

  • Underwriters Laboratories (UL), founded in 1894
  • Edison Testing Laboratories (ETL) a division of Intertek, founded in 1896
  • CSA Group (CSA) formally known as the Canadian Standards Association, founded in 1944

All three organizations are registered within North America under the Occupational Safety and Health Administration (OSHA) and OSHA’s Nationally Recognized Testing Laboratory (NRTL) scheme. OSHA is responsible for providing safety standards that safeguard work environments inclusive of employees from potentially dangerous hazards.

Additionally, the American National Standards Institute (ANSI) in cooperation with Underwriters Laboratories (UL) are responsible for creating the guidelines, testing criteria, and defining applicable standards and administration.

While NRTL is an independent Third-party entity recognized by OSHA that oversees, qualifies and registers private sector testing laboratories to perform independent safety certifications on the design and manufacturing of products sold within North America, Canada and the United States of America.

What do these certifications focus on?

Generally, the focus or aim is the evaluation of Electrical/Electronic Safety, Functional and critical elements inclusive of the environment in which they are intended to operate.

However, these particular three organizations UL, ETL and CSA do in fact have a tremendous amount of overlap in the services they offer based on their testing schemes and applicable certification criteria. There are some distinguishable differences as it pertains to different countries.

Are they mandatory?

It’s important to understand that UL, ETL and CSA are not mandatory or compulsory North American product safety certifications. Those who intend to market and sell their products should really consider the benefits of these organizations and the respective certification Marks they represent.

Please consider that most distributors, retailers and customers will not consider advertising or selling products that have not achieved or bear one of these compliance Marks. Essentially, these Marks are a form of insurance policy for the manufacturer, distributor and retailer in an effort to avoid liability issues. Ultimately, safety is paramount and these certification organizations adhere strictly to testing and compliance methodologies while ensuring proper checks and balances are in place in an effort to safeguard the industry and consumers alike.

At this point, you may find it useful to examine an example product teardown. Skip to it here: What are regulators & testing labs looking for? (product teardown & examples)[/vc_column_text][vc_empty_space height=”20px”][vc_raw_html]JTNDYSUyMGlkJTNEJTIyd2hpY2hfbWFyayUyMiUzRSUzQyUyRmElM0U=[/vc_raw_html][vc_column_text]

Which compliance mark is most suitable for you?

A question that is often asked by those seeking information and clarity on which compliance Mark UL, ETL or CSA is considered the most appropriate or whose Mark carries the most recognition. Let us consider the facts in an effort to demystify this question about North American product safety and compliance.

As mentioned above, it is the sole responsibility of the governing bodies OSHA, NRTL, ANSI and UL that set and enforce the standards inclusive of the test criteria that needs to be achieved. All three organizations with the addition of Third-party testing laboratories must be registered and strictly adhere to the guidelines, rules and regulations set forth by these governing bodies.

It is also important that considerations be awarded to distributors, retailers and consumers alike when making this important decision as they have an underlying knowledge of their own respective ecosystems within the countries and markets they intend to sell your products.

In fact, it is not uncommon for companies to seek compliance Marks for all three or likewise transition between one Mark or the other. Competition is healthy, what’s important is other factors that may influence choices or decisions which could very well boil down to lab scheduling conflicts and most importantly costs. The bottom line is each of these Marks demonstrates a cohesive and competent set of regulations for the safety of products entering the North American marketplace.
We must also be aware that once a product has been awarded a compliance Mark in agreement with either of the certified bodies as a manufacturer, a routine Follow-up inspection service is mandatory. This investigation service ensures that strict checks and balances are in place on behalf of the manufacturer and that there are zero deviations from the intended predefined and certified selection of materials, components and assembly procedures.

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Planning and preparations for compliance submission

During the planning stages and development of a product, companies are encouraged to seek guidance from compliance regulators and testing labs. Having a firm understanding of the products they intended to create inclusive of the environment in which they’re intended to operate, it is recommended that an initial meeting take place with customer service representatives or project engineers. These individuals are there to provide additional insights and clarification on technical requirements.

Purchasing an applicable copy of the Standard will also serve as an informative means, offering insights into testing procedures, methodologies and in-depth acceptance and failure criteria as defined by the governing bodies.

Other value-added services that these organizations offer is something known as a Preliminary evaluation of products for companies that may be uncertain or are looking for additional guidance. All of the above measures are intended to de-risk the project and avoid potential pitfalls.

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Typical supporting documents required for compliance testing and certification

In preparations for North American product safety and compliance testing, inclusive of Follow-up services, each company intending to place a product on the market will be responsible for preparing a wide range of support documents for submissions. These documents will essentially form the foundation of your mutual agreement and commitment in upholding the regulations of the safety compliance Mark.
Additionally, this information must be safeguarded and kept on-site at the manufacturer of your products. During the Follow-up inspection services by an authorized representative, he/she will use this information to cross-reference what is currently being used or deployed during the manufacturing and assembly process against what was previously submitted and certified.

1) Bills of Material (BOM) Electrical, Electronic and Electromechanical components:

  • Manufacturer’s Name and Part numbers along with Reference designators identifying each component.
  • Alternate substitution components.
  • Detailed description of the component and its respective electrical characteristics and ratings.
  • The number or quantities of each component used.

2) Support documents for components:

  • Electrical/Electronic Datasheet specifications.
  • Declarations of conformity (RoHS, Flammability and material compositions).
  • UL Recognized, CE or otherwise Recognized by an authority.

3) Schematics (Electrical and electronic):

  • PDF versions of Schematics.

4) Printed Circuit Board (PCB):

  • PDF and 274X Gerbers consisting of all layers of the PCB inclusive of copper weight distributions.
  • Trace widths and Spacing information pertaining to hazardous voltages, high current and heat dissipation.
  • PCB manufacturing information consisting of material compositions and dialectics used during construction.
  • Flammability ratings, hazardous markings and areas within the PCB that could present electrical shock.
  • Fuse ratings.
  • Part numbers, Serial numbers and PCB board revisions markings inclusive of the company name and logo.

5) Printed Circuit Board Assembly (PCBA):

  • Photographs for both sides Top and Bottom of finished PCBA assemblies.

6) Wiring and connectors:

  • Manufacturer’s Name and Part numbers.
  • Material composition inclusive of wire gauge (AWG) and sheathing.
  • Flammability ratings.
  • Voltage and current handling specifications.
  • Markings on wires indicating UL, ETL, CSA and CE or otherwise Recognized by an authority.
  • Colors of wires.
  • Labels.
  • Interconnectivity.
  • Mechanical strength or force of wire crimp terminals and connectors (Pull-test).

7) Mechanical and electromechanical assembly:

  • All mechanical elements of a product consisting of enclosures.
  • Material compositions and flammability ratings.
  • Manufacturing assembly diagrams inclusive of each stage of the assembly.
  • Materials used during the assembly (Adhesives, glues, and other chemical compounds).

8) Manufacturing testing procedures, Hi-Pot Electrical and other dielectric strength tests.

9) Safely and potentially hazardous ratings for electric shock and flammability typically related to markings.

10) Compliance Marks, Labels and so forth.

11) User guides and Instruction manuals for the product.

Once all of these materials have been submitted to the regulatory bodies and certification testing and compliance Marks have been granted, it is extremely important that both the company and manufacturer collectively seek approvals in advance of any alternative component or materials changes inclusive of manufacturing practices and procedures. Otherwise, during the factory Follow-up procedure if evidence is found that either party has changed or made substitutions to the product that is not representative of the sample provided during submission for compliance, violations could be imposed which could result in heavy fines, product recalls and even legal liability for damages resulting in personal or property damages.

Note: It’s recommended for you to use pre-certified components or devices within your product if possible as this will ensure added safety measures have been taken into account and will improve your success rate for obtaining compliance.

For organizations seeking North American product safety and compliance, it is critically important that preparations are well in place with an emphasis on the importance of selecting a manufacturing facility that is familiar with compliance regulations and Follow-up services. In fact, it would be advisable that the manufacturer has previous experience in these areas.

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What are compliance regulators and testing laboratories really looking for? (Product teardown & examples)

Good question…Considering the sheer magnitude of components and materials that need to be evaluated we could spend hours, days and weeks on this topic alone. Let’s consider some of the fundamental aspects of what is considered to be North American product safety compliance and how it relates to specific items that may form the foundation of your product.

Compliance regulators and testing labs will go through an in-depth evaluation of the whole system consisting of every component, cable, mechanical enclosure, materials and so on and so forth.

Product teardown of an AC/DC switching power adaptor

For all intents and purposes, our goal is to share with our audience a few measures that the company producing this readily-available AC/DC Switching Power adaptor has taken in an effort to meet UL safety requirements for North America and bears the cULus compliant Mark. You’ll see them in the following product teardown:

External product markings:

ac/dc switching adaptor external markings

As you can observe, this product bears several international compliance Marks which cULus is clearly visible. In addition, there is other important information that is required and mandated by compliance regulators pertaining to the following:

  • Model number.
  • Input/Output voltage ratings.
  • Current handling capability.
  • Warnings and Cautions pertaining to the risk of electric shock.
  • Manufacturing date, Factory information and location.
  • Where it was made, which country.
  • Serial number.

Internal Heat-sink and EMI suppression:

Internal Heat-sink and EMI suppression
The internal components of this product are heavily encased in aluminum shielding which serves several purposes.
Firstly, this product has a tendency to emit radiated emissions since it is a Switching power supply and the aluminum acts as a shield thus preventing these emissions from interfering and causing upset with other devices within its respective environment.
Secondly, the aluminum surround provides a means for thermal heat dissipation for components like Field Effect Transistors (FET), Voltage regulators and Transformers. The heat has to go somewhere and since this product is fully enclosed by a plastic body heat dissipation is achieved in this manner. The presence of Kapton tape as visible in Yellow is additional protection providing insulation for Transformers, Coils and Capacitors.

PCB Markings, Labels and Warnings:

PCB Markings, Labels and Warnings
PCB markings also play a vital role and are mandated for compliance. Above you can witness specific markings for Flammability ratings using the designation of 94V-0 which are assurances that the PCB itself has been manufactured in accordance with specific materials that are flame retardant.

Additionally, the type of Fuse rating 2A/250V inclusive of Warnings related to proper Fuse replacement is clearly visible.

For further information on this topic and an example of an Underwriters Laboratory (UL LLC) Report, we give credit to Siemens AG, Process Industries and Drives, D-76181 Karlsruhe, Germany for providing this source.[/vc_column_text][vc_empty_space height=”20px”][vc_raw_html]JTNDYSUyMGlkJTNEJTIyY29tcGxpYW5jZV9tYXJrcyUyMiUzRSUzQyUyRmElM0U=[/vc_raw_html][vc_column_text el_class=”t-center li-aero”]

Recognized North American Product Safety Regulatory Compliance Marks

Here are the UL, ETL-Intertek, and CSA  certification marks along with an overview of each to clarify your choices. We’ll divide them into those of each organization:

 

UL: Underwriters’ Laboratories

UL Mark:

north american product safety and compliance certifications ul mark

General overview of UL:

Underwriters’ Laboratories (UL) is a globally recognized non-profit organization whose aim is to define safety guidelines and industry standards inclusive of independently performing tests services on new products and technologies entering the North American marketplace. Furthermore, UL is one of the most commonly sought-after certification organizations as it applies to testing and qualification on a wide assortment of electrical components and products as mentioned within the list below.

The UL Mark is a compliance designation that provides assurances to consumers that the safety and performance claims of products and components have been thoroughly and rigorously evaluated.

Examples of technologies that UL typically investigates for compliance:

  • Electrical and Electronic equipment. (Appliances, Power supplies..etc).
  • Electrical and Electronic components. (Circuit breakers, Fuses, Relays..etc).
  • Alarm signaling devices. (Smoke detectors, Fire suppression and Alarm monitoring).
  • Information Technology. (Computers, Security and Access control).
  • Wire and Cable (Appliance and Extension cords).
  • Any equipment that is intended for use in hazardous environments. (Oil, Gas and Intrinsically safe).
  • Life safety and protective gear. (Life jackets, Personal Protective Equipment (PPE) and Flame retardant clothing).

Why is it important to purchase UL Approved products?

In an effort to safeguard the consumer and the environment for which it is intended to be used, UL approval is one way to guarantee that based on their evaluation, consumers and businesses have assurances that there will not be any detrimental hazardous safety or performance issues.

There is no generalized UL Mark, in-fact it’s divided into a four-tier system or categories as follows (Listed, Recognized, Classified and Certified). It is also important to note that each country whether it is the USA (US), Canada (C) or combined (CUS) for North America, each has adopted specific Marking requirements branding their own respective country designations. Each unique country has its own distinguishable differences while adhering to its own respective laws and regulations.

You might also like: What ‘UL Listed’ Means on Electronics, and Why You Should Look for It

 

UL LISTED Mark:

north american product safety and compliance certifications ul listed mark

UL LISTED Country of origin Mark:

c us ul listed marks

What does UL LISTED mean?

UL listed is one of the most common and highly sought after UL Marks for standalone products or equipment that are self-contained and serve a specific function. The UL Listed designation assures the consumer that UL has rigorously tested and approved representative samples and found that they comply with all of its safety standards. Inclusive of potential electrical shock hazards, flammability resistance, mechanical function and life-saving equipment. LISTED is often referred to as the most stringent set of test requirements under the classification categories.

Examples of self-contained products typically fall within the followings categories:

  • Computer and Information Technology equipment
  • Residential, Commercial and Industrial appliances
  • AC/DC Power adapters and Power bars
  • Batteries and Charging adaptors

 

UL RECOGNIZED Component Mark:

north american product safety and compliance certifications ul recognized mark

UL RECOGNIZED Country of origin Mark:

UL RECOGNIZED Country of origin Mark

What does UL RECOGNIZED mean?

Typically used and intended for individual electrical/electronic component parts or subassemblies that are deployed within larger products or systems which are intended to be installed only by the manufacturer. UL stipulates conditions and acceptable testing criteria of how these components may be used or deployed within products. In some cases, UL may not test components and rely upon the manufacturer to perform this service under strict adherence to safety guidelines defined by UL.

Examples of components typically fall within the followings categories:

  • Printed Circuit Boards (PCB).
  • Electromechanical switches, relays and solenoids.
  • Power supplies.
  • Residential, Commercial and Industrial Automation controls.

 

UL CLASSIFIED Mark:

north american product safety and compliance certifications ul classified mark

UL CLASSIFIED Country of origin Mark:

UL CLASSIFIED Country of origin Mark

What does UL CLASSIFIED mean?

UL Classified means that samples of the product have only been evaluated and tested to meet certain industry standards regarding usage and compliance for a limited range of hazards. Thus, potentially limiting their respective usage and deployment. Generally, if a product is Classified its respective testing meets only particular requirements based on a single test with a published result.

Examples of products typically fall within the followings categories:

  • Building materials.
  • Industrial equipment.
  • Fire protection gear.
  • Marine and diving gear.

 

UL CERTIFIED Mark:

north american product safety and compliance certifications UL CERTIFIED Mark

UL CERTIFIED Country of origin Mark:

UL CERTIFIED Country of origin Mark

What does UL CERTIFIED mean?

The Enhanced version of the UL Certified Mark is relatively new, which is intended to eventually replace both UL Listed and UL Classified labels in use today. The aim or intent is the creation of a “smart” label consisting of both a 2D bar code and a representative UL Mark in an effort for businesses and consumers alike to gain access to safety standards online. Consumers will have the ability to scan the bar code which will in turn offer insights into which standards were applied and test metrics used for certification based on a particular product.

 

Edison Testing Laboratories a division of Intertek Testing Laboratories (ETL)

ETL LISTED Mark:

north american product safety and compliance certifications ETL LISTED Mark

General overview of ETL:

The Edison Testing Laboratories (ETL) is also a globally recognized certification organization similarly to UL offering testing and compliance services for Listed products, typically standalone products or equipment that are self-contained and serve a specific function.

ETL vs. UL, which listing or compliance Mark should my company choose?

In fact, there are no differences between them. ETL does not create its own standards for certifications. ETL basically tests products to previously published standards for Safety. As previously mentioned both certification organizations offer competitive services and are recognized by NRTL and OSHA.

 

ETL LISTED Country of origin Mark:

ETL LISTED Country of origin Mark

What does ETL LISTED mean?

Similarly to UL the LISTED Mark indicates that the product has been rigorously tested by Intertek and has been found to comply with national safety standards inclusive of potential electrical shock hazards, flammability resistance, mechanical function and life savings. LISTED is often referred to as the most stringent set of test requirements under the classification categories.

Product categories for ETL Listed compliance generally follow the same broad range as mentioned in the UL section.

There are two ETL approval Marks ETL LISTED and ETL VERIFIED. It is also important to note that each country whether it is the USA (US) or Canada (C) or combined (CUS) for North America each have adopted specific marking requirements branding their own respective country designation for products sold within each country. As mentioned above, each unique country has its own distinguishable differences and test cases while adhering to its own respective laws and regulations.

 

ETL VERIFIED Mark:

ETL VERIFIED Mark

What does ETL VERIFIED mean?

ETL Verified Mark demonstrates that a product has been tested and found to comply with certain design and performance standards while symbolizing the integrity of a product. The aim is to differentiate products bearing this Mark within the marketplace with assurances to distributors, retailers and consumers that a product has been tested based on acceptable limits for performance and safety.

 

The CSA Group (formerly the Canadian Standards Association/CSA)

CSA Mark:

north american product safety and compliance certifications CSA Mark

General overview:

The CSA Group (CSA) is also a globally recognized certification organization similarly to both UL and ETL offering testing and compliance services. All organizations provide competing certifications thus offering customers alternate options when seeking safety compliance in North America. It’s not uncommon for customers to use either UL, ETL or CSA and in some cases transition between them. The CSA Mark demonstrates that the product has been tested against applicable standards written and administered by (ANSI) and (UL) as mentioned above while achieving safety compliance regulations for North America, both the USA and Canada.

The CSA Group does not follow the same nomenclature as UL and ETL when Marking products for different classifications or categories such as Listed, Recognized or otherwise Certified.

UL vs. ETL vs. CSA, which listing or compliance Mark should my company use?

Once again, all three organizations adhere strictly and conform to standards that were published by (ANSI) and (UL). It’s entirely at the discretion of the company seeking safety certifications. As previously mentioned, it is helpful for companies to discuss certification requirements with distributors, retailers and consumers in the geographical location they intend to sell their products.

 

CSA Country of origin Mark:

CSA Country of origin Mark

Country of origin, whether it is USA (US) or Canada (C) or combined (CUS) for North America each have adopted specific marking requirements branding their own respective country designation for products sold within each country. As mentioned above, each unique country has its own distinguishable differences and test cases while adhering to its own respective laws and regulations.

Product categories for CSA compliance generally are intended for end products and equipment following the same broad range as mentioned in both the UL and ETL sections.[/vc_column_text][vc_empty_space height=”20px”][vc_raw_html]JTNDYSUyMGlkJTNEJTIyY29uY2x1c2lvbiUyMiUzRSUzQyUyRmElM0U=[/vc_raw_html][vc_column_text el_class=”t-center li-aero”]

Conclusion

In an effort for companies to gain further insights into North American product safety and compliance regulations, we strongly encourage those to seek the professional services offered by these three organizations (UL, ETL and CSA).

These services should be considered during the early design phases of your product. As mentioned, purchasing applicable standards will be an invaluable asset to your design teams as they can cross-reference, and gain applicable testing criteria, inclusive of permissible acceptance metrics and overall methodologies behind each standard.

Lastly, none of these North American product safety and compliance regulations is mandatory. It is at the sole discretion of companies looking to market and sell products here. In addition, companies have options when selecting an appropriate compliance organization. Take the time to understand your ecosystem and be rest assured that either of them serves a single purpose which is to safeguard our work environments and protect consumers.

This guide was written in February 2022 by Ryan Clark Watt, a Canadian Electrical, Electronic and Mechanical Engineer with 25 years of experience.[/vc_column_text][vc_empty_space height=”20px”][vc_raw_html]JTNDYSUyMGlkJTNEJTIycmVzb3VyY2VzJTIyJTNFJTNDJTJGYSUzRQ==[/vc_raw_html][vc_column_text el_class=”t-center li-aero”]

Related resources

If you’re interested in North American product safety and compliance regulations, you will also enjoy reading and listening to the following resources about certifications:

“Can Sofeast help with certifications for our new product?”

Yes. And this should be planned from the design stage. Many projects have gone very far into prototyping and even production, only to be dropped because they had to get back to square 1… a new iteration of the design that takes certification constraints into account.

We have experience with the most common types of certification for the US and Europe.

Learn more about how Sofeast can help you with certifications and compliance here:

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Disclaimer…

We are not lawyers. What we wrote above is based only on our understanding of the regulatory requirements. We do not present this information as a basis for you to make decisions, and we do not accept any liability if you do so. Please consult a lawyer before taking action.[/vc_message][/vc_column][/vc_row]

List of PCB Manufacturing Companies in India

[vc_row][vc_column][vc_column_text]list of pcb manufacturing companies in indiaPrinted circuit boards or PCBs are an integral part of most of today’s electronics and consumer products, from industrial robots to automobiles to toasters. While many are manufactured in China, there are a growing number of PCB manufacturing companies in India to choose from.

Continue reading “List of PCB Manufacturing Companies in India”

How To Develop A New Laptop?

How To Develop A New Laptop?
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Continue reading “How To Develop A New Laptop?”

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How realistic is this?

We source suppliers for some of our customers, so here’s our take on this…

Continue reading “How To Find The Best Electronic Component Suppliers in China At The Best Price?”

Do I Need An EMS Supplier In China To Manufacture My Electronic Devices?

Do I Need An EMS Supplier In China To Manufacture My Electronic Devices?

If you’re producing large amounts of electronic devices then an EMS supplier in China could be a good option for you in comparison with an OEM or Contract Manufacturer. However, working with an EMS may not always be necessary for every manufacturing project.

Here’s what you need to know about EMS suppliers and some tips to help you make the right decision on who you need to work with…

Continue reading “Do I Need An EMS Supplier In China To Manufacture My Electronic Devices?”

Richard Barnett | Electronics Supply Chain Risk Management in 2021 [Podcast]

Let’s hear from an electronics supply chain expert about how to improve supply chain resilience and reduce risks…

Richard Barnett Electronics Supply Chain Risk Management in 2021 [Podcast]

Richard Barnett of Supplyframe, an expert in electronics supply chains with decades of experience in Asia,  joins Adrian to discuss risk management & reduction in the electronics supply chain.

After the year many importers of electronics had in 2020, reducing risks, improving supply chain agility and resilience, and planning ahead as standard has now become more commonplace – listen to the podcast for some really interesting takeaways which will resonate if you have been affected by the pandemic, amongst other things recently, and help you kick-start your risk management and reduction strategy and activities!

 

Just hit the play button to start listening..!

Listen to the episode right here 👇👇👇

🎧 Richard Barnett | Electronics Supply Chain Risk Management in 2021 🎧

Here’s a summary of key sections of this episode:

✅ Why pay attention to reducing risks now in 2021?

✅ The effects of the pandemic on electronics supply chains around the world.

✅ The US/China trade war – is it truly as large a risk factor as some think?

✅ Key supply chain risks and changes in 2021 – US/China trade war tariffs, Korea and Japan trade tensions, FAB production capacity, memory production capacity, and more.

✅ How and why some importers were not prepared to cope with sudden risks like the pandemic.

✅ Richard’s advice on what importers should do to improve supply chain resilience and reduce risks in future.

 

Related content to read next…

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If you’re an importer of electronics, what steps have you taken to improve your supply chain’s resilience and reduce risks post-pandemic? Which of Richard’s pieces of advice, such as building alternative suppliers of key components into your design BOM, did you find most useful?

Let us know by leaving a comment, please.


 

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What Manufacturing Process Controls Are Important In Battery Factories?

What Manufacturing Process Controls Are Important In Battery Factories

Nearly all the electronic products we have worked on include a battery. It is always a critical component since a failure of the battery means a failure of the whole product.

You may think batteries are very standard and mature products. And yet, even if you buy standard size battery packs, there is still a relatively high risk of experiencing quality issues.

In this article, we suggest a few important ways battery manufacturers need to control their processes in order to consistently make good products. (There are, of course, differences between types of battery technology, but the advice here holds true for most modern batteries.)

 

1. Preliminary concepts

You may want to watch an introduction about the reasons why battery manufacturing process control is so important:

 

2. Labeling

It is shocking how often some key inputs to the processes are not properly labeled… or, worse, mislabeled!

When the usual operators are not there, the likelihood of using the wrong material is pretty high, with disastrous consequences.

 

3. Controlled environment

Cell manufacturing is very sensitive to humidity. And extreme temperatures can impact quality all throughout production, as well as during storage of materials and finished goods.

If the factory has no way to control humidity and temperature where it should be kept within certain limits, we highly doubt their ability to make consistently good batteries!

 

4. Preventive maintenance of key equipment

Let’s take an example. When a pump delivers electrolyte into the cells, it is extremely important to ensure the pump works as expected.

If the pump is used until it obviously malfunctions, how many doses were improperly injected before that issue is noticed? That might impact hundreds of cells or more.

Preventive maintenance cannot be skipped on critical equipment.

 

5. Statistical monitoring of key dimensions

When electrodes are coated, is the coating thickness always within an optimal narrow band?

When the materials that will form that coating are mixed, are the amounts of certain solids monitored?

After the mixing and before the coating is applied, are certain properties (e.g. viscosity) checked?

These are a few of the variables that world-class factories follow up very closely, usually with statistical process control tools such as process behavior charts (a.k.a. control charts), capability indices (e.g. Ppk), and others.

 

6. Traceability

If some batteries are found unsafe, the whole batch should be contained (i.e. it has to be put aside and not be shipped to any customer) and the issue should be investigated carefully. That’s when traceability comes into play.

A good traceability system will provide information about what resources (materials, equipment, and people) were used for this batch. It also provides information on the in-process and intermediary records. That is critical information for such an investigation.

A very good traceability system will provide data for the whole batch but also at the individual battery level. It is sometimes available for the pack assembly operations.

 

7. Battery pack assembly

We have seen many instances of improper soldering. Whether it is done manually (with high variation from operator to operator) or automatically (with the risks of poor setting, deviation over time, etc.), it is a common source of issues.

In addition, the design of the packs should make it impossible for certain parts to come in contact (that’s how short-circuits and fires/explosions often happen).

 

8. Finished product testing

This article is about process controls, however, testing the finished products is a very important part of the quality system and it should give feedback to improve process controls. This step is not to be skipped.

We see many factories do a short ageing (a.k.a. burn-in) test. And checking only a few properties (e.g. voltage, capacity…). That might not be sufficient!

Here also statistical tools can be useful. There is usually no need to do in-depth testing on 100% of the pieces, however, a few pieces of each batch should be subjected to a serious reliability & safety testing program.

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These are just some of the ways things can go wrong, but you’ll find that these are the most frequently found sources of quality problems in batteries.


 

Are you importing battery-powered electronic products?

We’ve created a buyer’s guide with a thorough introduction to battery types (both disposable and rechargeable), their pros and cons, costs, uses, and more.

The FAQs section is extremely detailed, including information about cell chemistries, information buyers need from their battery suppliers, how to calculate power supply, battery testing tips, and much, much more!

All you need to do get a good grounding in the different types of batteries which are available for buyers manufacturing electronic products is hit the button below to read the guide (no download required) 👇:

Different Types Of Batteries For Electronic Products (Importer’s Guide)

Types Of Batteries For Buyers Of Consumer Electronics [Introductory Guide]

Sourcing batteries for your new electronic product can be confusing. There are so many different types that selecting the most appropriate in terms of cost, features, and performance can be challenging for buyers…

Types Of Batteries For Buyers Of Consumer Electronics [Introductory Guide]

An important part of the electronic product development process is choosing the correct type of battery for your product. Consumers, perhaps, often take the battery in their device for granted, but as a buyer it’s different…

You should be concerned with:

  • Cost
  • Compliance
  • Safety
  • Performance
  • Longevity

Amongst other things!

Get it wrong, and consumers will no doubt complain that the device doesn’t perform well, is too expensive, etc, perhaps resulting in returns or sluggish sales.

🔎 Related: Lithium Ion Battery Safety Guidelines For US Imports

 

So, a thorough introduction to the various types of batteries would be helpful?

Yes, a buyer’s first step when sourcing batteries should be understanding the options.

For instance, would your product be best off using primary or secondary cells? What power capacity is your device likely to require, and does that influence battery choice? How does battery capacity work and is measured?

So, for this reason, we’ve created a guide: Different Types Of Batteries For Electronic Products (Importer’s Guide)

In it, you’ll see useful information, such as a description of battery types and their pros & cons. The FAQs section is really great, as it delves into many of the questions battery buyers are asking, such as the difference between a cell and a battery, what information battery buyers really need from their supplier, how to test battery voltage with a multimeter, some of the key battery compliance standards to be aware of, what a battery management system for Lithium-ion and other secondary batteries is, issues related to battery disposal, and much more.

Take a look 👀 Here’s the section about Li-Po batteries which are commonly used in high-end smartphones and laptops:

li po batteries section

 

Where to read the guide?

The good news is that this guide requires no form fills to read and is totally free.

All you need to do get a good grounding in the different types of batteries which are available for buyers manufacturing electronic products is hit the button below 👇:

Different Types Of Batteries For Electronic Products (Importer’s Guide)