Real Tools. Real Experience.

South Texas College (STC) is equipping the next generation of architectural engineers with the same industry-relevant tools used by professionals — all powered by solutions from Tech-Labs.

In their Architectural Engineering Design Technology program, students use cutting-edge technologies to bring concepts to life:

• 3D Printers: Turn digital designs into physical prototypes in hours, not days
• Laser Cutters: Precision cutting for models and materials across design projects
• CAD Software: Professional-level 3D modeling tools for architectural design
• Digital Fabrication Tools: Blending creativity with industry-ready applications

Students don’t just learn theory—they engage with hands-on tools to design, model, and fabricate structures they can touch. These real-world experiences prepare them for high-demand careers in architecture, engineering, and advanced manufacturing.

Bring These Tools to Your Program

We are proud to support institutions like STC by providing the equipment and expertise to build future-ready labs. Whether you’re enhancing an existing space or building from the ground up, we’ll help you bring industry-grade design and fabrication tools to your students.

Contact us to bring 3D printers, laser cutters, and interactive design technology to your program.

Maximize Your F900 Printer Potential with the Fortus FDC

Download the Fortus FDC™ Quick Reference Guide and learn how this supplemental material delivery cabinet enhances the performance and reliability of your Stratasys F900^® FDM^® printer.

What is the Fortus FDC?

The Fortus FDC™ is a specialized cabinet that extends the material capacity of your F900 printer with up to two 250 ci spools, nearly tripling available material. Designed with built-in drying technology, it ensures optimal filament conditions to reduce print failures and boost productivity.

Key Benefits

• Massive Material Capacity: Supports 500 ci of material—172% more capacity, enabling up to 2.7X longer run times.
• Drying System: Uses heat and dry air to reduce filament moisture to 0.01% within 12–18 hours.
• Touchscreen Interface: Features drying profiles, dewpoint, and temperature monitoring.
• Compact & Mobile: Small footprint with swivel casters for flexible deployment.
• Compatible Printers: Works with the F900, Fortus 900mc™ Plus, and Fortus^® 450mc Gen III.

Compatible Materials

• ULTEM™ 9085 resin (black and natural)
• FDM^® Nylon 12CF

Specifications

• Spool Capacity: 250 ci (4100 cc) per spool
• Weight per Full Spool: < 20 lbs (9 kg), material-dependent
• Power: 10 amp, 230V, 1 phase (50/60 Hz)
• Compressed Air: 80–120 psi, 7 cfm, non-lubricated
• Cabinet Size: 29" x 29" (74 cm x 74 cm)
• Cabinet Weight: 474 lb (215 kg)
• Certifications: CE and TÜV compliant

Download your copy today and discover how the Fortus FDC can elevate your additive manufacturing workflow.

Micromill Pro & Microturn Pro: Intro to CNC Training

Looking for a safe, reliable, and educational way to teach CNC machining? The Denford Micromill Pro and Microturn Pro offer an ideal introduction to CNC milling and turning for students at the secondary or post-secondary level. These compact machines feature enclosed, interlocking guards and variable spindle speeds, making them a perfect fit for modern classrooms and training labs.

Perfect for the Classroom

With built-in safety features and educational software, these machines are designed for hands-on learning without compromising safety or performance. The compact footprint and optional shared workstation make the Micromill Pro and Microturn Pro an affordable and flexible solution for schools, community colleges, and workforce development centers.

FDM® PC-ESD is a polycarbonate (PC) based material formulated to provide consistent electrostatic dissipative (ESD) performance across different geometries. PC-ESD is a Stratasys-formulated Validated Material for the Fortus 450mc and F900 and can be used in a variety of tools, jigs, fixtures, and assembly aids where ESD performance is critical to ensure that electrical components are not damaged due to static discharge. As a strong, durable, ESD material with a higher allowable usage temperature, excellent mechanical properties, and good chemical resistance, PC-ESD is an excellent material for printed circuit board (PCB) production, electronic manufacturing, and electronic assembly applications.