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MD-400D IDEX 3d printer for orthopaedic insoles

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  • Shipping Timeframes: All orders are processed within 2-5 business days (excluding weekends and holidays). After your order has been processed, the estimated delivery time is before 03 Feb, 2026, depending on customs, Please note that due to high demand, some items may experience longer shipping times, which will be communicated at order confirmation email.
  • Order Processing Time: Please allow 2-5 business days for us to process your order before it is shipped . Orders placed after 16:00 on Fridays, or during weekends and public holidays, will begin processing on the next business day. Processing times may be extended during peak seasons or sales events.
  • Manufacturing Time: Some products needs manufacturing time, the manufacturing process will take approximately 10-30 business days depending on the product. This timeframe may vary depending on the complexity of the product and current demand. but this will be communicated with you during order confirmation.
  • Returns and Exchanges: We offer a 30-day return policy for most items. If you are not completely satisfied with your purchase, you may return it within 30 days of receipt for a refund or exchange. Items must be unused, in their original packaging, and accompanied by proof of purchase. Return shipping costs are the responsibility of the customer, unless the item was damaged or defective upon arrival.
1. What is the primary use of the MD-400D IDEX 3D printer?

The MD-400D IDEX 3D printer is primarily designed for creating orthopedic insoles, but it can also be used in various industries such as automotive, medical, education, and film.

2. How does the MD-400D compare to traditional CNC machining?

The MD-400D significantly shortens the production cycle, reduces manufacturing costs, increases material utilization, and simplifies post-processing compared to traditional CNC machining.

3. Can the MD-400D be used for medical applications?

Yes, the MD-400D can be used in the medical field for creating custom medical devices such as arm supports, bone orthotics, and other orthopedic applications.

4. What is the maximum print size of the MD-400D?

The MD-400D can print models up to 40cm x 40cm x 40cm in size.

5. Is the MD-400D suitable for educational purposes?

Absolutely! The MD-400D is ideal for educational settings, allowing teachers and students to explore 3D printing and additive manufacturing through hands-on projects.

6. How does the dual nozzle feature benefit the printing process?

The dual nozzle feature allows for multi-material printing, enabling the creation of complex designs with different materials and enhancing the overall versatility of the printer.

7. What industries can benefit from using the MD-400D?

The MD-400D is beneficial for various industries including automotive, medical, education, film, game development, and cultural relic restoration.

8. What materials can be used with the MD-400D?

The MD-400D is compatible with a wide range of 3D printing materials, including thermoplastics and specialty materials suitable for both industrial and medical applications.

9. How does the MD-400D improve productivity in 3D printing?

The MD-400D allows for rapid iteration of designs and testing, reducing the time needed for production and helping to bring products to market faster with less wasted material.

10. Can the MD-400D be used for creating prototypes?

Yes, the MD-400D is excellent for prototype production in various fields, including automotive design and product development, allowing for quick and efficient prototyping.

11. What kind of support is available for the MD-400D?

We offer professional product consultants who can assist with inquiries and provide support for using the MD-400D printer effectively.

12. Is assembly required for the MD-400D?

The MD-400D comes partially assembled, but some setup may be required before use. Detailed instructions are provided to guide you through the process.

13. Can the MD-400D print assembled models?

Yes, the MD-400D has the capability to print assembled models, making it a versatile option for various creative projects.

14. What are the advantages of using 3D printed fixtures over CNC machining?

3D printed fixtures can be produced in just 25% of the time required for CNC machining, leading to less material waste and simpler production processes.

15. How can the MD-400D be used in the film and game industry?

In the film and game industry, the MD-400D can be used for creating scene models, props, and concept models, enhancing the overall production quality.

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