FAQs

Courses FAQ

AMTEC offers a range of industry-relevant courses such as NX CAD, AutoCAD, Fusion 360, 3D Printing, Reverse Engineering, Hot Runner Systems, Waste Management - Sorting Automation - Recycling, Sustainability, Computer-Aided Manufacturing, and Plastic Packaging aimed at equipping students with practical skills for the manufacturing and plastics industries.

The training is supported by leading technology partners like Siemens, Autodesk, 3D Systems, Zeiss, Yudo, Nepra - Ishitva, and BFW which includes placement assistance at reputed companies.

Yes, AMTEC offers placement assistance after course completion, supporting students with resume building, interview preparation, and job referrals. Many graduates have secured positions in leading companies, with some earning salaries ranging from ₹4 to 5 LPA.

AMTEC primarily offers offline, classroom-based training at its facility in Mumbai, providing students with hands-on experience using industry-standard tools and equipment. This approach ensures practical learning, especially for technical courses like NX CAD, AutoCAD, Fusion360, 3D Printing, Hot Runner Systems, and Computer-Aided Manufacturing (CAM).

AMTEC offers flexible batch timings, including weekday and weekend options, with morning, afternoon, and evening slots to suit the schedules of both students and working professionals.

AMTEC provides students with access to the center's facilities even after course completion, allowing them to continue practicing and refining their skills to be industry-ready.

Yes, AMTEC offers combo courses that combine multiple specialized trainings to enhance students' skills and employability. These programs have successfully helped many students secure placements in reputable companies. For more details contact us.

Services FAQ

DLP, FDM, SLA, SLS, MJF

Materials like PLA, ABS, PETG, and mentioning others like resin, nylon, metal, etc.

This totally depends upon the application of the product or is it just for esthetics or industrial use

The most common and widely accepted file format is STL (.stl). We can also often work with other formats like STEP, and CAD files (e.g., Fusion 360, SolidWorks) but it's best to check with us first.

The cost varies greatly depending on several factors, including:

Size and volume of the print: Larger and more voluminous prints require more material and printing time.

Material used: Different materials have different costs.

Print complexity: Intricate designs may require more support structures and printing time.

Printing time (Lead Time): Longer print times increase the overall cost.

Post-processing: Depending upon material chosen and application of the product, if you require finishing services like sanding, painting, or assembly, this will add to the cost.

The turnaround time depends on the complexity and size of your print, the material chosen, and our current workload. Simple, small prints might be completed within a day or two(depending upon material chosen), while larger or more complex projects can take longer. We'll provide you with an estimated timeframe when you submit your design (once it is approved by the client after that we can set the lead time accordingly).

Our maximum build volume varies depending on the specific printer.

Absolutely! Please send us your 3D model file (preferably in STL / STEP format) along with the desired material, quantity, and any specific requirements. We'll get back to you with a detailed quote as soon as possible.

Support structures are temporary scaffolding printed alongside your model to support overhanging parts or complex geometries during the printing process. They prevent sagging or deformation. These supports are typically removed after printing.

Support structures are temporary scaffolding printed alongside your model to support overhanging parts or complex geometries during the printing process. They prevent sagging or deformation. These supports are typically removed after printing.

Yes, many 3D printing materials can be painted, sanded, glued, and otherwise finished using standard techniques. The specific methods will depend on the material used.