Posts

Posted on

Introducing the Coin Display Holder – A New Add-On for the Multiboard System

The Multiboard system is a customizable, modular platform designed for mounting tools, accessories, and components using 3D-printed brackets, bins, and holders.

Now, we’re adding something new to the mix: a coin display holder built specifically for showcasing challenge coins, commemorative tokens, and collectibles.

Multiboard Coin Display Holder

👉 Ready to print it? Download the file HERE or keep reading for more details!

🪙 Designed for Display – Not Storage

This new coin holder isn’t just functional—it’s made to highlight and honor the coins you’re proud of. Whether it’s a military challenge coin, a first responder token, or a rare collectible, this holder keeps it visible and secure. Here’s what sets it apart:

  • Sized for standard coins – accommodates most challenge coins and commemorative pieces.
  • Compatible with museum wax – a dab of wax can hold the coin in place if you’re mounting vertically or in high-traffic areas.
  • Minimalist design – keeps the visual focus on the coin itself.
  • Fully 3D-printable – no screws, glue, or special tools needed.

🛠️ Potential Use Cases

Looking for ideas on how to use this coin holder? Here are a few scenarios to spark some inspiration:

  • Military or veteran tribute wall – display your service coins with pride.
  • Desk or office decor – mount your coins near your workspace for a personal touch.
  • Collector’s showcase – build a custom Multiboard wall to hold and rotate your favorite pieces.
  • Gifts and recognition – use the holder as part of a custom award or thank-you setup.

đź’¬ What Others Are Saying

“I used the Multiboard coin holder to display my dad’s old military coins—it looks fantastic and adds a really personal touch to my office.”
– [Thomas], Community Maker

đź“Ą STL File Download & How to Stay Updated

The STL file for this coin display holder is now available!

👉 Click here to download the file and start printing today

To stay in the loop on future Multiboard components:

  • Subscribe to the blog below
  • Follow me on [Instagram/Twitter/etc.] for sneak peeks and new drops
  • Drop a comment if you have questions or want to share your print!

Posted on

Frustrations with Bambu Lab P1S: Shipping Delays and Features

Bambu Lab P1S

Disappointing Start with Bambu Lab P1S: Long Shipping Times and Limited Flexibility

As a long-time 3D printing enthusiast, I’ve been loyal to my trusty Flashforge Pro since 2015. That machine has been a workhorse, seeing me through countless projects without fail. But recently, I decided to take the plunge and try something new—specifically, the much-hyped Bambu Lab P1S. Unfortunately, my experience so far has been anything but smooth, and I feel compelled to share my frustration.

Shipping Delays Since Late 2024

First off, the shipping experience has been a nightmare. Bambu Lab seemed to be riding a wave of popularity during the 2024 holiday season, but instead of stepping up to meet the demand, they’ve fallen short. Customers like me have been left in limbo, waiting far longer than expected for our orders to arrive. Shipping times have dragged on for weeks—or even months—leading to a frustrating start before the printer even reaches your hands.

Restrictive Policies for Third-Party Accessories

Shortly after my order was placed for the P1S, I discovered another major issue: limited compatibility with third-party items. One glaring example is their approach to the popular Panda touch screen upgrade, which is now restricted. For a company touting innovation, this feels counterintuitive and disappointing. The ability to customize and enhance printers with aftermarket parts has long been a staple of the 3D printing community. Why lock users into a closed ecosystem?

“As part of our ongoing commitment to enhance the overall security of our products, we are introducing an authorization and authentication protection mechanism for the connection and control of Bambu Lab 3D printers. This step is a significant security enhancement to ensure only authorized access and operations are permitted.

This change is mitigating any risk of remote hacks or printer exposure issues that have happened in the past and also lower the risk of abnormal traffic or attacks.”

Not the Experience I Expected

Switching from Flashforge to Bambu Lab was supposed to be a step up. I was excited to explore the P1S’s advanced features and rave reviews. Instead, I’ve been left feeling like I made a mistake. My old Flashforge Pro may not be as flashy or fast, but it’s reliable and open to customization—qualities I’ve come to value even more during this experience.

Can I Recommend Bambu Lab? Not Yet.

For now, I can’t recommend the Bambu Lab P1S to anyone, especially those who are accustomed to reliable shipping and the flexibility of aftermarket upgrades. Bambu Lab has a lot of potential, but unless they address these issues, they risk alienating a large portion of their user base.

If you’ve had a different experience—or if you’ve found workarounds to some of these challenges—I’d love to hear your thoughts. For now, I’m left wondering if my loyalty to Flashforge should have remained unbroken.

Posted on

TK INK: Unleash Your Creative Potential

Introducing TK INK, the result of an unwavering pursuit of perfection. Designed by a team of passionate individuals at Tactical Keychains, this pen embodies the essence of innovation and customer feedback. Drawing inspiration from the highly acclaimed TUKK, TK INK combines requested features such as length, width, ink quality, clip functionality, lanyard options, and a unique button action.

TK INK was meticulously crafted to meet the demands of discerning users. With its ideal size and proportions, it fits snugly into the side pocket of any Tru-Spec 24/7 lightweight pants, renowned for their durability and comfort. The pen’s standout feature lies in its stability—a much-desired attribute that prevents it from rolling off tables, ensuring convenience and peace of mind.

The design of TK INK draws from the successful TUKK Jr model, incorporating familiar elements while adding a touch of elegance. Its versatile size offers a comfortable writing experience, allowing users to hold it according to their preference. Furthermore, the inclusion of the TUKK XL Clip, known for its reliability, seamlessly complements the overall design. For those seeking additional carrying options, Tactical Keychains also offers a lanyard loop attachment, although the clip itself provides a secure and convenient solution.

When it comes to ink quality, Tactical Keychains leaves no room for compromise. By utilizing the highly regarded Fisher Space Pen refill, renowned for its versatility and performance, TK INK ensures a delightful writing experience for various purposes. While this initial offering focuses on the Fisher Space Pen ink, future alternatives may be explored based on user demand.

It is important to note that TK INK represents more than just a simple tube pen with different ink options. It is the culmination of extensive research, development, and fine-tuning. Each aspect of its design has been carefully engineered to deliver a remarkable writing instrument that exceeds expectations.

The journey to create TK INK has been marked by countless hours of dedication, experimentation, and the relentless pursuit of excellence. The result is a pen that pushes the boundaries of traditional design, offering a unique and unforgettable writing experience.

Posted on

SoQuartz Blade: Unleashing High-Performance Cluster Computing with Arm64

Cluster Computing with Arm64 SoQuartz Blade

Welcome to our blog post on cluster computing with Arm64 SoQuartz Blade! In recent years, there has been a growing interest in using Arm-based processors for high-performance computing (HPC) workloads. The Arm architecture, combined with the power and efficiency of SoQuartz Blade, provides an excellent platform for building and scaling cluster environments.

SoQuartz Blade Server

What is Arm64 SoQuartz Blade?

Arm64 SoQuartz Blade is a high-performance system-on-a-chip (SoC) designed specifically for HPC applications. It is based on the Armv8-A architecture and provides powerful processing capabilities with low power consumption, making it an ideal choice for cluster computing.

Benefits of Cluster Computing with Arm64

Cluster computing with Arm64 offers several advantages:

  • Performance: The Arm architecture has evolved significantly in recent years, delivering improved performance with each new generation. SoQuartz Blade takes advantage of these advancements, offering high computational power for demanding HPC workloads.
  • Power Efficiency: Arm-based processors are known for their energy efficiency. SoQuartz Blade leverages this efficiency to provide excellent performance-per-watt, reducing power consumption and operational costs.
  • Scalability: Clusters built with Arm64 can be easily scaled by adding more blades to the system. This scalability allows organizations to adapt to changing computational requirements and handle increasingly complex workloads.
  • Cost-Effectiveness: Arm-based processors generally offer a more cost-effective solution compared to traditional x86-based architectures. The affordability of SoQuartz Blade makes it an attractive choice for organizations seeking high-performance computing on a budget.
  • Compatibility: Arm processors are supported by a wide range of software and tools, including popular HPC frameworks and libraries. This compatibility ensures that existing applications can be seamlessly ported or developed for Arm64 SoQuartz Blade clusters.

Use Cases for Arm64 Blade Cluster Computing

The combination of Arm64 Blade and cluster computing opens up possibilities across various domains, including:

  • Scientific Research: Arm64 Blade clusters can accelerate scientific simulations, data analysis, and modeling tasks, enabling researchers to make faster progress in their work.
  • Artificial Intelligence (AI) and Machine Learning (ML): Arm-based clusters are well-suited for training and deploying AI and ML models. SoQuartz Blade’s performance and power efficiency make it an attractive choice for AI workloads.
  • Financial Services: Arm64 Blade clusters can be utilized for risk analysis, algorithmic trading, and other financial computations, providing faster insights and better decision-making capabilities.
  • Weather Forecasting: Arm-based clusters can process large-scale weather data in real-time, enabling meteorologists to deliver more accurate forecasts and improve early warning systems.

Conclusion

Cluster computing with Arm64 SoQuartz Blade brings together the benefits of Arm-based architecture and the high-performance capabilities. It offers an efficient, scalable, and cost-effective solution for a wide range of HPC applications. As Arm processors continue to evolve, we can expect even greater performance and innovation in the world of cluster computing.

We hope you found this blog post informative. Feel free to share your thoughts and ask any questions in the comments section below!

Posted on

CRKBD Build with Holy Panda Switches and an IMK Case

If you’re a fan of mechanical keyboards, you know that the switch type and case can make a big difference in the typing experience. In this post, I’ll share my experience building a keyboard with lubed and filmed Holy Panda Invyr switches on an IMK Corne case.

Holy Panda Invyr
Holy Panda Key switches on an IMK Corne CRKBD

What are Holy Panda Invyr Switches?

Holy Panda Invyr switches are linear mechanical switches with a smooth, consistent actuation force. They’re known for their smooth travel and satisfying spring sound, making them a popular choice among keyboard enthusiasts. In addition to the smooth action, the Holy Panda variant of the Invyr switch is known for its slightly heavier actuation force and a more pronounced spring sound. Lubricating the switches can make a big difference in the feel of the keyboard, and adding a switch film can help to further reduce friction and improve the overall typing experience.

Building the PCB:

  1. Start by gathering all of the necessary components, including the PCB, diodes, switches, and keycaps.
  2. Place the diodes on the PCB, making sure that the black stripe on each diode is facing the same direction as the stripe on the PCB silkscreen.
  3. Next, place the switches in the PCB, making sure that they are oriented correctly and that they snap into place.
  4. Once the switches are in place, you can install the keycaps onto the switches.
  5. Finally, you can connect the PCB to your computer using a USB cable, and use the QMK firmware to customize the behavior of your keyboard.

Keep in mind that these are just general steps, and the specific assembly process may vary depending on the specific PCB and components you are using. If you need more detailed instructions or encounter any issues during the assembly process, you may want to refer to the documentation provided by the manufacturer or seek help from an experienced keyboard builder.

Have LEDs?:

If your Corne Keyboard PCB includes LEDs, you will need to install them during the assembly process. Here are the general steps for adding LEDs to a Corne PCB:

  1. First, gather the necessary components, including the PCB, LEDs, and resistors (if required).
  2. Locate the designated LED pads on the PCB. These are usually indicated by small circles with “+” and “-” symbols next to them.
  3. Place the LEDs onto the PCB, making sure that the shorter leg of the LED is aligned with the “-” pad and the longer leg is aligned with the “+” pad.
  4. If your PCB requires resistors, place them onto the PCB according to the manufacturer’s instructions.
  5. Once all of the components are in place, you can use a soldering iron to attach them to the PCB by melting a small amount of solder onto the pads.

Conclusion:

Overall, I’m really happy with the way my keyboard turned out. The lubed and filmed Holy Panda Invyr switches feel smooth and satisfying to type on, and the IMK case corne PCB is a great platform for customization and experimentation. If you’re interested in building your own keyboard, I highly recommend giving these components a try.

I hope this helps! Let me know if you have any other questions.