Published on Thu Jul 14 2022 07:57:18 GMT+0000 (Coordinated Universal Time) by Alex

The Hyrel 3D System 30: A Deep Dive

The Hyrel 3D System 30 isn’t just another 3D printer; it’s a modular platform designed for versatility and pushing the boundaries of additive manufacturing. It’s geared towards users who need a flexible system capable of handling diverse materials and complex applications. This article will explore the System 30 in detail, covering its specifications, usage tips, and a thorough evaluation across key performance areas.

System 30: Unveiling the Machine

The Hyrel 3D System 30 distinguishes itself with its modular design. Instead of being limited to a single printing technology, it allows users to swap print heads to accommodate different materials and processes. This modularity is the core of its appeal.

Detailed Specifications:

• Build Volume: 300mm x 300mm x 300mm
• Frame Construction: Rigid Aluminum Frame
• Print Head Compatibility: Extensive, supporting FDM, paste extrusion, syringe dispensing, laser engraving, and more. (Note: Print heads are purchased separately)
• Heated Bed: Yes, with adjustable temperature control.
• Connectivity: USB, Ethernet
• Software Compatibility: Simplify3D, Repetier-Host, and others. It uses G-code commands.
• Power Requirements: 110-240V AC
• Footprint: Approximately 600mm x 600mm x 700mm (depending on configuration).
• Weight: Varies significantly depending on configuration. Base unit around 30kg.
• Materials Supported: Extremely varied, depending on the print head. Common materials include PLA, ABS, PETG, Nylon, ceramics, silicone, conductive inks, solder paste, and bio-materials (with appropriate print heads).

Usage Tips & Best Practices:

The key to effectively using the System 30 lies in understanding its modular nature and the nuances of each print head.

1. Understanding Print Head Requirements: Each print head will have specific temperature, speed, and retraction settings. Consult the print head’s documentation carefully.
2. Bed Adhesion is Critical: Ensure excellent bed adhesion, especially when printing with materials that are prone to warping. Experiment with different bed surfaces and adhesives depending on the material. Blue painter’s tape, PEI sheets, and specialized adhesives like Magigoo can be helpful.
3. Calibrating the Bed: A properly calibrated bed is essential for consistent print quality. Use the printer’s leveling features and fine-tune manually for optimal results.
4. Experiment with Print Settings: Don’t be afraid to experiment with print settings in your chosen slicing software. Adjust temperature, speed, infill, and support settings to optimize prints for specific materials and geometries.
5. Cleanliness is Key: Keep the print head and bed clean to prevent clogs and ensure good adhesion. Regularly clean nozzles and remove any residue from the bed surface.
6. Material Storage: Store filaments and other materials properly to prevent moisture absorption. Use airtight containers with desiccant packs to maintain dryness.
7. Software Proficiency: Become proficient with a slicing software like Simplify3D. This will allow you to fine-tune print parameters and optimize your prints.
8. Community Resources: Utilize online forums and communities dedicated to Hyrel printers. These resources can provide valuable tips, troubleshooting advice, and shared settings for various materials.

Performance Evaluation: Rating the Hyrel 3D System 30

Let’s evaluate the System 30 across key performance areas. Note that the performance can vary significantly depending on the chosen print head. These ratings are based on the general capabilities of the system with a well-selected print head suited to the material being printed.

• Print Quality: 8/10. With properly calibrated settings and a compatible print head, the System 30 can produce high-quality prints with good resolution and accuracy.
• Build Volume: 9/10. The 300mm x 300mm x 300mm build volume provides ample space for larger prints or multiple smaller parts.
• Printing Speed: 7/10. Print speed depends on the material and print head. While it’s not the fastest printer on the market, it offers reasonable speeds for most applications.
• Material Compatibility: 10/10. The System 30 excels in material compatibility due to its modular design. It can handle a wide range of materials, from standard plastics to specialized pastes and bio-materials, with the appropriate print head.
• Bed Adhesion & Leveling: 8/10. The heated bed and adjustable leveling system provide good bed adhesion.
• Reliability: 8/10. The System 30 is built with sturdy components and is generally reliable. However, it requires regular maintenance.
• Ease of Use: 6/10. Due to its modularity and advanced features, the System 30 is not as easy to use as some entry-level printers. A steeper learning curve is to be expected.
• Firmware and Software: 7/10. The System 30 is compatible with common slicing software and uses standard G-code commands.
• Connectivity Options: 7/10. USB and Ethernet connectivity provide convenient options for transferring files and controlling the printer.
• Build Quality & Durability: 9/10. The System 30 is built with a robust aluminum frame.
• Noise Level: 7/10. The noise level is moderate and comparable to other 3D printers with similar motors and cooling systems.
• Maintenance Requirements: 6/10. Due to its modularity and potential for printing with diverse materials, the System 30 requires regular maintenance, including cleaning, lubrication, and nozzle replacement.
• Customer Support: 7/10. Hyrel typically provides adequate customer support.
• Upgradeability: 10/10. The System 30 is highly upgradeable due to its modular design. New print heads and features can be added to expand its capabilities.
• Price to Performance Ratio: 7/10. The System 30 is a premium printer with a higher price point than many other 3D printers. Its performance is very strong and the value increases with the complexity of materials used.

Average Score: 7.8/10

Conclusion:

The Hyrel 3D System 30 is a robust and versatile 3D printing platform designed for users who require flexibility and the ability to print with a wide range of materials. While it may have a steeper learning curve and a higher price point than some other printers, its modularity, large build volume, and high-quality printing capabilities make it a valuable tool for advanced users, researchers, and professionals. The average score of 7.8/10 reflects its strengths in material compatibility, build quality, upgradeability, and print quality, while also acknowledging areas for improvement in ease of use and maintenance.

Written by Alex