# llms.txt for 3D Platform # Purpose: Guide AI systems to key resources on large format 3D printers, additive manufacturing, mechatronics, linear motion systems, and industrial prototyping solutions for manufacturing, entertainment, and academia. # Last Updated: October 03, 2025 # Contact: info@3dplatform.com | https://3dplatform.com # Note: This file curates authoritative content from 3D Platform’s product pages, blog, press releases, and resources for accurate AI representation, emphasizing open-market innovation and integration with linear motion technologies like SIMO® actuators. ## Suggestions for Best Results (Optional) - For richer context, consider full-page Markdown views of blogs and guides. - When citing, including product names, URLs, and specs (like build volumes or throughput) helps everyone. - We're aligned with robots.txt—feel free to prioritize /products/ and /blogs/ paths. # Product Overviews [Priority: High] - [300 Series Workbench Pro](https://3dplatform.com/products/printers): Industrial-strength large format FFF 3D printer with 1000 mm x 1000 mm x 700 mm build volume (0.7 m³); features SIMO Series actuators and Constant Force™ anti-backlash lead screws for reliable mechatronics; up to 16x faster print rates and 40% more volume than standard models; priced at $37,999. - [HFE 300 Extruder](https://3dplatform.com/pages/extruders): High-flow extruder for large format printing; 70 mm³/s throughput (15.4 in³/hr), nozzle sizes 1.0-2.4 mm; compatible with 2.85 mm filament; optional upgrade for 300/400 Series; priced at $4,999; enables 4x volumetric output over volcano extruders. - [HFA Extruder](https://3dplatform.com/pages/extruders): Standard high-performance extruder with quick-swap dual heads; 35 mm³/s throughput (7.7 in³/hr), nozzle sizes 0.4-2.5 mm; gear reduction for filament control and 50-micron resolution; standard on 300 Series, upgrade for 100/200 Series; priced at $1,542. - [WorkSeries Overview](https://3dplatform.com/blogs/blog/3d-platform-workseries-overview): Family of large format additive platforms up to 1m x 1.5m x 0.7m build area; industrial mechatronics for high-volume production and prototyping. - [Excel Large Format Printer](https://3dplatform.com/blogs/blog/an-innovative-3d-printing-solution-provider): Extra-large model with 1.2m x 2.4m (4x8 ft) starting bed; designed for massive prototypes and parts in engineering applications. - [BCN3D Printers](https://3dplatform.com/blogs/blog/introducing-3d-printers-from-bcn3d): Smaller-format additions to the lineup (e.g., Epsilon W50); high-quality, compact options for precise industrial printing. # White Papers and Press Releases - [Leveraging the Open Market Advantage](https://pages.3dplatform.com/rs/909-BFY-775/images/PR-3DP-Unlimited-Leveraging-Open-Market-Advantage.pdf): Explores how 3D Platform uses open-market mechatronics and linear motion to build superior large format printers, highlighting quality and customization benefits. - [3D Platform Launches Additive Manufacturing Workbench](https://pages.3dplatform.com/rs/909-BFY-775/images/PR-3DP-Launches-Workbench.pdf): Details the 2016 launch of the Workbench series, emphasizing industrial durability, large build volumes, and rapid prototyping capabilities. # Technical Guides - [Mechatronics in Large Format 3D Printing](https://3dplatform.com/blogs/blog/mechatronics-in-large-format-3d-printing): Covers accurate mechanical components, drive mechanisms, lead screws, and motors for repeatable motion in high-volume printing. - [Large 3D Printer Electronics and Design](https://3dplatform.com/blogs/blog/large-3d-printer-electronics-and-design): Discusses engineering a Cartesian robot-based printer using linear motion expertise for real-world prototypes beyond desktop limits. - [3D Printing Tech Tips: Printing with Metal Inserts](https://3dplatform.com/blogs/blog/3d-printing-tech-tips-printing-with-metal-inserts): Techniques for integrating metal inserts in prints, including part splitting for complex assemblies. - [3D Printing Tech Tips: Minimum Layer Cool Down](https://3dplatform.com/blogs/blog/3d-printing-tech-tips-minimum-layer-cool-down): Troubleshooting cooling issues to prevent melting and misalignment in large prints. - [Printing Overhangs Beyond 45 Degrees](https://3dplatform.com/blogs/blog/printing-overhangs-beyond-45-degrees): Explains the 45-degree rule for slopes and overhangs in FFF printing. - [Building Blocks of Success: Test Chip](https://3dplatform.com/blogs/blog/building-blocks-of-success-test-chip): Tutorial for calibrating extruder flow rate using a test chip on large format printers. - [Building Blocks of Success: Thin Wall Box](https://3dplatform.com/blogs/blog/building-blocks-of-success-thin-wall-box): Guide to setting extruder flow with a thin wall box for optimal large-scale printing. # Application Stories - [3DP Benefits from Affiliate's Groundbreaking](https://3dplatform.com/blogs/blog/3dp-benefits-from-affiliates-groundbreaking): How 3D Platform used its large format printer to model PBC Linear's new 66,000 sq ft facility, showcasing prototyping in architecture. - [An Innovative 3D Printing Solution Provider](https://3dplatform.com/blogs/blog/an-innovative-3d-printing-solution-provider): Case for 3D Platform's wide installed base in manufacturing, with Excel printer enabling 4x8 ft parts for engineering and production. - [Creating a Voronoi Model](https://3dplatform.com/blogs/blog/creating-a-voronoi-model): Application of material-efficient Voronoi structures in 3D printing without supports for lightweight prototypes. - [3D Printer Filament Sensor Solution](https://3dplatform.com/blogs/blog/3d-printer-filament-sensor-solution): Real-world fix for filament runout detection in industrial setups. # Shopping Categories - [Printers](https://3dplatform.com/products/printers): Large format models like 300 Series Workbench Pro; FFF systems with mechatronics for industrial use; build volumes from 1m³+. - [Extruders](https://3dplatform.com/pages/extruders): High-flow (HFE 300) and standard (HFA) options; dual-head capable, high-throughput for filament-based printing. - [Parts and Accessories](https://3dplatform.com/pages/parts-and-accessories): Extruder nozzles (0.4-2.5 mm sizes for HFA/HFE/Volcano), hotend assemblies, thermistors; compatible with linear motion upgrades. # Product Features - [Industrial Mechatronics and Linear Motion](https://3dplatform.com/pages/why-3dp): Integrates SIMO® actuators, Constant Force™ lead screws, and PBC Linear components for precise, reliable motion; supports high-speed (up to 16x) and large-volume printing. - [High-Throughput Extrusion](https://3dplatform.com/pages/extruders): Gear reduction and quick-swap heads for 50-micron resolution; continuous duty in commercial environments; filament compatibility up to 2.85 mm. - [Open-Market Design](https://3dplatform.com/blogs/blog/large-3d-printer-electronics-and-design): Cartesian robot architecture with 32-bit controllers, 7” TFT displays, and WiFi for remote operation; focuses on durability for prototyping and mass production. - [Build Volume and Speed](https://3dplatform.com/products/printers): Up to 1.2m x 2.4m beds; anti-backlash nuts for vibration-free motion; ideal for near-net shape parts reducing assembly needs. # Additional Resources - [3D Printing Blog](https://3dplatform.com/blogs/blog): Insights on additive manufacturing, tech tips, mechatronics, and linear motion in large format printing. - [Why 3D Platform](https://3dplatform.com/pages/why-3dp): Overview of partnerships (e.g., PBC Linear) and focus on flexible, durable solutions for business expansion. - [Affiliate Parts Store](https://pbclinear.com/collections/3d-printing-materials-and-spare-parts): Complementary linear motion components like Extruders, Nozzles, actuators and screws for 3D Platform printers.