Why We Only Use FDM Printing for Mass Production
Updated: January 21, 2025
Summary
Slant 3D specializes in using FDM exclusively to produce parts efficiently and cost-effectively. FDM leverages an established supply chain, making material sourcing economical and aligning with existing infrastructures. The mechanical simplicity of FDM reduces the need for extensive R&D and post-processing steps, resulting in reliable production and innovative design capabilities, such as printing enclosed volumes with infill.
Focus on FDM
Slant 3D uses FDM exclusively to focus on expertise, talent, and resources without dilution. By concentrating on FDM, they can excel in creating and mass-producing parts without distraction.
Utilizing Existing Infrastructure
FDM leverages the existing supply chain built over decades, making material sourcing cost-effective. This process aligns with existing infrastructures, reducing concerns about raw material costs.
Ease of Maintenance and Scaling
FDM's mechanical process is easy to maintain, understand, and scale. Its simplicity reduces the need for extensive R&D, enabling reliable production without complex experimentation.
Efficiency and Streamlined Process
FDM requires fewer steps compared to other 3D printing processes, eliminating the need for extensive post-processing like curing or support removal. This efficiency reduces downstream labor and enhances process innovation.
Unique Capabilities of FDM
FDM offers unique capabilities not found in other 3D printing processes, such as the ability to print enclosed volumes with infill. This capability allows for the creation of parts that were previously impossible to produce.
FAQ
Q: What is FDM and why does Slant 3D focus on it exclusively?
A: FDM stands for Fused Deposition Modeling, and Slant 3D focuses on it exclusively to leverage expertise, talent, and resources without dilution.
Q: How does FDM leverage the existing supply chain to make material sourcing cost-effective?
A: FDM leverages the existing supply chain built over decades, making material sourcing cost-effective.
Q: What benefits does FDM's mechanical process offer in terms of maintenance, understanding, and scalability?
A: FDM's mechanical process is easy to maintain, understand, and scale, reducing the need for extensive R&D and enabling reliable production.
Q: How does FDM reduce the need for extensive post-processing steps like curing or support removal?
A: FDM requires fewer steps compared to other 3D printing processes, eliminating the need for extensive post-processing like curing or support removal.
Q: What unique capabilities does FDM offer that are not typically found in other 3D printing processes?
A: FDM offers unique capabilities like the ability to print enclosed volumes with infill, allowing for the creation of parts that were previously impossible to produce.
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