Why Bring Laser Technology Into Education?
Why Bring Laser Technology Into Education?
One Tool. Many Ways to Learn.
One Tool. Many Ways to Learn.
Built for the Classroom
Built for the Classroom
Explore. Create. Learn with More Materials.
Give students the freedom to experiment with wood, acrylic, leather, glass, metal, and more—turning classroom ideas into hands-on projects they can see, touch, and build.
Choose the Right Laser for Your Classroom
Brand New Monport Reno 65W Desktop CO2 Laser Engraver (24"×16") | Built-In Water Cooling, Magnetic Assisted Focus
Brand New Monport Reno 65W Desktop CO2 Laser Engraver (24"×16") | Built-In Water Cooling, Magnetic Assisted Focus
Final Price
$1,488.00
Build. Create. Learn.
Versatile CO₂ Fabrication for Classrooms & Makerspaces
Reno 65 Series gives students the space and versatility to turn digital designs into physical projects. With a 24" × 16" working area, it can support everything from STEM prototypes and architectural models to creative art and classroom projects.
Ideal for:
- K–12 Classrooms
- STEM & STEAM Projects
- School Makerspaces
- Art & Design
- Student Prototyping
- Architecture & Model Making
Materials:
Wood · Acrylic · Leather · Glass · Paper · Plastics & More
Learning Focus:
Design → Build → Test → Improve
Brand New Monport 70W Desktop CO2 Laser Engraver & Cutter(28" X 14") - MEGAS| Built-In Water Cooling, 8MP HD Camera, AutoFocus
Brand New Monport 70W Desktop CO2 Laser Engraver & Cutter(28" X 14") - MEGAS| Built-In Water Cooling, 8MP HD Camera, AutoFocus
Final Price
$2,820.00
Learn Through Production
Smart Fabrication for Advanced Makerspaces
MEGAS brings a more production-oriented workflow into education. Its 700 × 350mm work area, 8MP camera, autofocus, and smart batch engraving can support classroom projects while giving students exposure to repeatable digital fabrication workflows.
Ideal for:
- Advanced Makerspaces
- STEM & Engineering Labs
- CTE Programs
- Product Design
- Student Prototyping
- Group Projects
Learning Focus:
Design → Prototype → Iterate → Produce
Why educators choose it:
Students can move beyond one-off projects and explore how digital fabrication workflows are applied to repeatable production.
Monport Effi16S Upgraded 150W CO2 Laser Engraver & Cutter (63" × 40") with Autofocus and Built-in Water Chiller
Monport Effi16S Upgraded 150W CO2 Laser Engraver & Cutter (63" × 40") with Autofocus and Built-in Water Chiller
Final Price
$7,812.00
Build Bigger Ideas
High-Speed CO₂ Fabrication for Advanced Learning
For schools and institutions working with larger projects, the Effi Series provides a larger-format CO₂ platform for advanced fabrication, design, engineering, and CTE applications.
Ideal for:
- Advanced Makerspaces
- Engineering Programs
- Career & Technical Education
- Architecture & Design
- Large-Format Projects
- Fabrication Labs
Projects:
Large Architectural Models · Signage · Prototypes · Furniture Components · Large-Format Art
Learning Focus:
Design → Engineer → Fabricate → Apply
Why educators choose it:
A larger working environment allows students to explore projects beyond the scale of typical desktop fabrication.
Monport GM 60W Pro Integrated JPT MOPA Fiber Laser Engraver & Marking Machine with AutoFocus
Monport GM 60W Pro Integrated JPT MOPA Fiber Laser Engraver & Marking Machine with AutoFocus
Final Price
3,290.00
Explore the World of Metal
Hands-On Metal Marking for Technical Education
Bring metal fabrication into the classroom. GM Pro can introduce students to professional laser marking and help connect digital design with real-world metal products and applications. Monport's GM Pro line is an integrated fiber laser family, making it a natural fit for metal-focused learning.
Ideal for:
- Career & Technical Education
- Engineering Programs
- Manufacturing Education
- Product Design
- Jewelry & Metalworking
- Advanced Makerspaces
Projects:
Metal Nameplates · Tags · Awards · Jewelry · Tools · Custom Components
Learning Focus:
Design → Mark → Measure → Apply
Monport GPro Vision Split MOPA Fiber Laser Engraver with Color Marking & Auto Focus
Monport GPro Vision Split MOPA Fiber Laser Engraver with Color Marking & Auto Focus
Final Price
3,962.00
Bring Precision Into the Classroom
Vision-Guided Metal Fabrication for Advanced Learning
GPro Vision combines MOPA fiber laser technology with vision-based positioning, making it suitable for advanced education programs where students can explore precision metal marking, product personalization, and digital fabrication workflows. Monport currently lists GPro Vision as part of its Fiber Laser lineup.
Ideal for:
- College & University Labs
- Engineering Programs
- CTE & Manufacturing
- Advanced Makerspaces
- Product Design
- Metalworking
Projects:
Metal Awards · Nameplates · Product Prototypes · Jewelry · Branded Components
Learning Focus:
Design → Position → Fabricate → Refine
Monport 6W/10W UV Pro Galvo Laser Engraver & Marking Machine for 3D Inner Engraving in Glass
Monport 6W/10W UV Pro Galvo Laser Engraver & Marking Machine for 3D Inner Engraving in Glass
Final Price
$2,967.00
Explore New Materials
Fine-Detail Fabrication for Specialty Materials
UV laser technology opens another dimension of digital fabrication education, particularly for projects involving specialty materials and fine-detail marking. Monport's current UV lineup includes 6W and 10W systems, including models designed for glass inner engraving.
Ideal for:
- Advanced Makerspaces
- Product Design
- Engineering Labs
- Art & Design
- Specialty Fabrication
- Research & Innovation
Projects:
Glass & Crystal · Specialty Products · Fine-Detail Designs · Custom Components
Learning Focus:
Explore → Experiment → Create → Innovate
Not Sure Which Laser Is Right for Your Program?
Share your teaching goals and project needs, and our education specialists will help you find the right Monport solution.
📞 Phone: +1 917-673-8904
📧 Email: sales@monportlaser.com
+1 332 269 8209 🌞: 09:00-18:00 PST
+1 213 554 8829 🌛: 18:00-08:00 PST
Inspire. Create. Learn.
Discover project ideas, classroom inspiration, and educational resources designed to bring hands-on learning to life.
Questions About Laser Education?
Find answers about classroom applications, student projects, materials, machine selection, safety, and bringing hands-on laser fabrication into your learning environment.
How Can Laser Engraving Be Used in Education?
How Can Laser Engraving Be Used in Education?
Laser engraving and cutting can turn digital ideas into physical projects, giving students hands-on experience with design, fabrication, testing, and problem solving. Laser technology can be integrated into STEM, STEAM, art, engineering, technology, and entrepreneurship activities.
What Can Students Make With a Laser Cutter?
What Can Students Make With a Laser Cutter?
Students can create a wide range of educational projects, including architectural models, name tags, puzzles, awards, signs, geometric models, mechanical prototypes, classroom displays, and creative art projects. Projects can be adapted to different ages, subjects, and skill levels.
What Age Groups Can Use a Laser Cutter?
What Age Groups Can Use a Laser Cutter?
Laser fabrication can be incorporated into K–12 classrooms, school makerspaces, colleges, universities, career and technical education programs, and other supervised learning environments. The appropriate machine, materials, project complexity, and level of student involvement should be matched to the students' age and learning objectives.
What Materials Can Students Work With?
What Materials Can Students Work With?
Depending on the laser type, students can work with materials such as wood, plywood, acrylic, cardboard, leather, glass, certain plastics, and metals. Material compatibility varies by machine, so educators should always check the recommended materials and safety requirements before use.
What Is the Best Laser Cutter for a School or Makerspace?
What Is the Best Laser Cutter for a School or Makerspace?
The right machine depends on the educational goals, available space, materials, project size, and expected usage. CO₂ lasers such as the Reno Series and MEGAS can support a broad range of classroom and makerspace projects, while fiber lasers are suited to metal-focused education and UV lasers can support specialty-material applications.
Can Laser Projects Support STEM and STEAM Learning?
Can Laser Projects Support STEM and STEAM Learning?
Yes. Laser projects can connect multiple disciplines through hands-on learning. Students can design a project digitally, apply concepts from science or mathematics, fabricate a physical prototype, test it, identify problems, and improve the design. This creates opportunities to develop creativity, technical skills, collaboration, and problem-solving.
Is Laser Cutting Safe for Educational Environments?
Is Laser Cutting Safe for Educational Environments?
Laser equipment should be used according to the manufacturer's safety instructions and under appropriate adult supervision. Schools and educators should establish safety procedures, provide proper training, use compatible materials, and follow applicable classroom and facility safety requirements before students operate or work around laser equipment.
Does Monport Provide Resources for Educators?
Does Monport Provide Resources for Educators?
Monport can support educators with information about laser machines, materials, applications, and project ideas. Educators can also explore Monport's educational content and project resources to find inspiration for classroom, STEM, STEAM, makerspace, and career-focused activities.