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3D Printing & Scanning Kit | Integrated STEM

3D Printing & Scanning Kit | Integrated STEM
3D Printing & Scanning Kit | Integrated STEM
3D Printing & Scanning Kit | Integrated STEM
3D Printing & Scanning Kit | Integrated STEM
3D Printing & Scanning Kit | Integrated STEM
3D Printing & Scanning Kit | Integrated STEM
New
3D Printing & Scanning Kit | Integrated STEM
  • Stock: In Stock
  • Product code: stem-0017
₴255 779.00
Ex Tax: ₴255 779.00
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STEM Kit for 3D Printing and 3D Scanning Elegoo Centauri Carbon 2 Comprehensive — is a ready-made set for learning the full digital cycle in a STEM laboratory: from digitizing a real object to creating a model and printing the finished part. Students can carry out their own STEM projects, develop digital skills, and get acquainted with the work of an engineer, designer, and constructor. The kit is designed to equip educational institutions in accordance with the tasks of the Ministry of Education and Science order No. 818.

What's Included in the Kit

The total stock of PLA and PETG plastics for 3D printing is 100 kg each per year. The educational institution can independently choose the ratio of materials and required colors. All components are presented as separate items, so you can view their full specifications via links.

Brief Description and Capabilities of the Components

Printing Models for Learning and Experiments

Elegoo Centauri Carbon 2 has a closed chamber, automatic platform adjustment, and a working area of 256 × 256 × 256 mm. Students can print mechanism parts, electronic enclosures, geometric models, building layouts, and prototypes for technology, physics, computer science, and robotics lessons. The equipment should be used under the supervision of a teacher.

Students work with the STEM kit for 3D printing based on Elegoo Centauri Carbon 2, SUNLU S4 dryer, PETG plastic, and Magigoo glue, creating educational models and engineering projects in a modern STEM laboratory.

From Real Object to Digital Model

3D Scanner 3DeVOK MQ allows scanning educational layouts, parts, student works, and other objects, preserving their shape and color. The scanner supports markerless operation, provides accuracy up to 0.08 mm, and creates STL and OBJ files for editing or further 3D printing. This way, students can go through the entire process — from digitizing an object to making its copy or modified version.

3D Scanner 3DeVOK MQ scans a colored object.

Plastic for Different Types of Models

PLA filament is convenient for first works, educational layouts, and models with complex geometry. PETG plastic is suitable for stronger parts, fasteners, enclosures, and elements of educational devices. A stock of 100 kg of each type of plastic allows for regular classes, team projects, and practical work throughout the academic year.

FARM3D PLA and PETG filaments for 3D printers with examples of printing parts of varying complexity.

Stable Start of Each Print

Magigoo Original is applied in a thin layer on the platform before starting the printer. The glue helps the model adhere during printing, reduces the risk of edge lifting, and simplifies the removal of the finished part after cooling. This gives students more predictable results and reduces plastic waste on reprinting.

Preparing the printing surface of the 3D printer Elegoo Centauri Carbon 2 using Magigoo glue before starting the print.

Proper Filament Storage

SUNLU Filament Dryer SP2 holds two 1 kg spools and operates in a range from 35 to 70 °C. In practical classes, students can compare printing with dry and wet material, observe the appearance of strings, uneven layers, and other defects, and study how storage conditions affect the quality of the product.

Comparison of models printed with wet PETG without drying and dry PETG after drying to demonstrate the impact of moisture on 3D printing quality.

Full Cycle of Working on Your Own Project

The set combines 3D scanning, modeling, and printing in one educational process. Students can digitize an object, change its shape on a computer, select material, print a prototype, and check the result. This format develops spatial thinking, teamwork, and practical problem-solving skills.

Ready STEM Solution for Your Institution

Want to create a modern educational space in a school or lyceum? You can buy a turnkey STEM laboratory or choose this comprehensive set to start classes with 3D technologies. If you need a different configuration or individual equipment for a STEM room, 3DDevice managers will help you select the equipment for educational tasks, prepare a tender for a STEM laboratory, and consider the needs of the NUS technology room.

Optical System
Laser Class Class I (eye safe)
Details
Light Source 22 Infrared Laser Lines (Invisible), Infrared VCSEL Structured Light (Invisible)
Color Scanning Yes
Scan Mode 22 Infrared Laser Lines: Infrared Laser Lines, Supports markerless and invisible-light scanning. Infrared VCSEL Structured Light: Infrared Linear-array, Structured Light (Speckle), Supports markerless scanning, invisible-light scanning, partial fine scanning, and rapid scanning at ultra-long-distance range and ultra-large FoV
Control USB 3.0
Scanning Speed (points/s) 22 IR Laser Lines: Up to 2,450,000; IR VCSEL Structured Light: Up to 4,500,000
Scanning Speed (frames/s) 22 IR Laser: Up to 80 (Marker alignment); IR VCSEL: Up to 30
Scan Accuracy (mm) Up to 0.08
Field of View (mm) 22 IR Laser Lines: 140×140 – 490×490; IR VCSEL Structured Light: 50×75 – 1100×1000
Stand-off Distance (mm) 22 IR Laser Lines: 150 - 1000; IR VCSEL Structured Light: 150 - 1500
Point Distance (mm) 0.1 - 5
Positioning Methods 22 IR Laser: hybrid, marker, texture, and geometric objects. IR VCSEL: hybrid, texture, and geometric features
Features Supports Wireless Scanning with an optional handle
Supported File Formats *.obj, *.stl, *.ply, *.asc, *.mk2, *.txt, *.epj, *.apj, *.spj, *.map, *.sk. Supports formats for 3D printing
Power Output DC: 12 V, 5.0 A
System Requirements OS: Win10/Win11, 64-bit; CPU: i7-13650HX and above; RAM: 32GB and above; Graphic Card: NVIDIA discrete graphics card, NVIDIA RTX3060 and above; Graphics memory: 6GB and above
Certifications CE-EMC, FCC, RoHS, IEC 60825, IEC 62471, IEC 60529-IP50, WEEE, KC
Weight and Dimensions
Weight Netto (kg) 0.55
Dimensions Netto (mm) 215×73×53
Operating Conditions
Operating Ambient Temperature (°C) 0 - 40
Operating Humidity Range (%) Relative humidity 10–90 % (non-condensing)

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