3D Printer

3D Printer

The 3D Printer shall be a high-quality FDM (Fused Deposition Modelling) additive manufacturing system designed for producing three-dimensional prototypes, models, functional components and educational projects. It shall be suitable for STEM/STEAM laboratories, maker spaces, tinkering labs, robotics, engineering prototyping and educational applications.

Additional Features:

• FDM Printing Technology
  Uses fused filament extrusion technology to produce accurate three-dimensional objects layer by layer.
• Build Volume
  Minimum build size of 200 mm × 200 mm × 200 mm or approximately 4 litres build volume.
• Heated Print Bed
  Heated build platform shall be provided for improved first-layer adhesion and reduced warping during printing.
• Nozzle
  Compatible nozzle diameter shall be in the range of 0.3 mm to 0.4 mm for detailed and general-purpose printing.
• Material Compatibility
  Compatible with PLA, ABS, PLA derivatives, Ninjaflex and other suitable thermoplastic filaments.
• LCD Display
  Integrated LCD user interface shall display printing parameters, status, temperature and other relevant print information.
• Variable Temperature Control
  Suitable temperature control shall be provided for the hot end and heated print bed according to the selected filament.
• Free/Open-Source Slicing Software
  The printer shall support free or open-source slicing software for preparing 3D models and generating printable files.
• Precision Motion System
  Accurate X, Y and Z-axis movement shall provide smooth operation and consistent layer deposition.
• Print Resolution
  Suitable layer-height adjustment shall be provided for producing both detailed models and faster prototypes.
• Filament Feed System
  Reliable filament feeding and extrusion mechanism shall be provided for consistent material deposition.
• Anti-Bacterial/Fungal Cover
  Protective cover/enclosure shall be provided with suitable anti-bacterial/fungal properties for educational and laboratory environments.
• Repair Kit
  A basic repair and maintenance kit shall be supplied, including spare springs, screws, keys, tweezers and other essential maintenance accessories.
• Safety Features
  Suitable protection shall be provided around heated and moving components to improve operational safety.
• Power Backup Compatibility
  The printer shall be compatible with a suitable UPS/power backup system to minimize interruption during printing.
• Applications
  Suitable for rapid prototyping, engineering models, robotics components, educational models, mechanical parts, product design and STEM/STEAM projects.
• Educational Use
  Suitable for schools, colleges, ITIs, polytechnics, engineering institutions, innovation centres, maker spaces and tinkering laboratories.
• Accessories
  Necessary power cable, basic tools, filament holder and required operating accessories shall be supplied.
• Documentation and Training
  User manual, operating instructions and basic maintenance guidance shall be provided.
• The printer shall be supplied new, unused, fully assembled/ready for operation as applicable, and free from visible physical or manufacturing defects.