If you’re into 3D printing, get ready to be amazed by the Cincinnati Incorporated Sam HT high-temperature 3D printer. I’m Kyle Davidson, and I’m here to walk you through this groundbreaking technology.
Extreme Temperature Capabilities
The Sam HT is not your average 3D printer. It’s designed to handle extreme temperatures. With a nozzle temperature that can reach up to a scorching 500 degrees Celsius, it opens up a world of possibilities. This means you can work with a wide range of thermoplastics, pushing the boundaries of what’s possible in 3D printing. The printer’s bed temperature is no slouch either, reaching up to 250 degrees Celsius. To top it off, the chamber temperature maxes out at 110 degrees Celsius.
A True Workhorse
This isn’t just a high-temperature printer; it’s an all-metal, fully insulated, and liquid-cooled beast. It’s built to tackle the toughest jobs with ease. The liquid cooling extends to all the motors and the hot end, ensuring that the machine operates flawlessly under extreme conditions.
Diverse Material Choices
The beauty of the Sam HT lies in its ability to work with various materials. From high-temperature plastics like PEEK, which can be annealed to enhance its properties, to fluid mixing devices with intricate designs, this printer handles it all. With its fluid mixing capability, you can create high-temperature fluid applications with precision, thanks to the three outlets and penetrations that ensure proper mixing.
Our 3D-printed press brake tool dies are another testament to the versatility of the Sam HT. Used with Cincinnati press brakes, these tools can bend up to 12-gauge sheet metal, allowing for around 1000 bends. It’s a game-changer for your bending applications.
Need something even tougher? The carbon fiber nylon material opens doors to high-strength, high-performance applications. If cost-effectiveness and quick turnaround are your priorities, PLA printed tools will serve you well. For those seeking high-strength and stiffness, glass-fiber PEEK is the answer.
Pushing the Limits: Carbon Fiber Nylon
When it comes to strength and durability, few materials can match the power of carbon fiber nylon. An essential part of a race car, this material is setting new standards in the automotive industry. Lightweight, incredibly robust, and perfect for high-performance applications.
Inside the Chamber
Now, let’s take a peek inside the chamber. On top of the printing side, we also have a dedicated area for part collection. This heated space not only collects your printed parts but also doubles as a material drying station. Say goodbye to humidity-related issues. You can dry your materials here to ensure consistent, high-quality results.
Part ejection is a breeze, thanks to the automated system. As your print job finishes, the plate gently descends to the bottom of the print volume. A blade on the right side sweeps across, slicing the part free. On its return, it knocks the parts into the collection chamber on the right.
Stay in Control
We’ve made monitoring and controlling your print jobs a breeze. The touchscreen display offers valuable information. You can keep an eye on the temperature, check the status of your print job, and even access machine values. It’s a comprehensive control center at your fingertips.
Keep It Dry
Humidity can be a 3D printer’s worst enemy. But not with the Sam HT. We provide a material dry box with a rechargeable desiccant pack. This innovative solution keeps your filament dry, with humidity levels consistently below 30%. Your printing will remain unaffected by environmental conditions.
Now that you’ve seen the Sam HT in action, it’s time to think about how this technology can elevate your 3D printing projects. If you’re interested in a Sam HT of your own, reach out to the Envision Miner team for more information. The possibilities are endless, and the Sam HT is ready to make your most ambitious projects a reality.