INCT GmbH
In the metal 3D printing industry, equipment manufacturers not only pursue processing efficiency but also emphasize stability and consistency. A metal 3D printer manufacturer raised the following requirements during machine design:
• High efficiency: The printing platform needs an acceleration of 0.8–2G and a running speed greater than 80m/min to meet rapid forming demands.
• High precision: Processing accuracy must reach ±0.02mm to ensure uniform layer thickness and dimensional stability.
• Structural optimization: Dual-spindle structures are often adopted to maintain stability during high-speed motion.
To address these needs, INCT provides a complete linear execution and guiding solution:
✅ INCT Electric Cylinder 3D Printer Lifting Platform
• Integrated, modular design eliminates the need for customer-side assembly, enabling quick installation and use.
• Precise control of lifting motion ensures layer thickness accuracy and overall forming precision.
✅ INCT-LMBS Linear Guide + INCT Ball Screw
• Delivers both rigidity and stability, keeping the platform smooth even under rapid acceleration and deceleration.
• Compatible with various dual-spindle structures, supporting a wide range of metal 3D printer models.
• Integrated platform: The INCT lifting platform, as a turnkey product, reduces customer R&D and assembly costs, shortening overall machine development cycles.
• Full series coverage: From high-end models demanding extreme efficiency to mid- and entry-level models prioritizing stability and cost-effectiveness, INCT linear solutions provide reliable support.
• Long-term stability: The solution emphasizes stability and consistency, ensuring repeatability and durability throughout long-term equipment operation.
With these advantages, INCT’s linear application solution has been successfully implemented in multiple metal 3D printer models, helping customers achieve the optimal balance of speed, precision, and stability—and enhancing equipment competitiveness in the market.
In the metal 3D printing industry, equipment manufacturers not only pursue processing efficiency but also emphasize stability and consistency. A metal 3D printer manufacturer raised the following requirements during machine design:
• High efficiency: The printing platform needs an acceleration of 0.8–2G and a running speed greater than 80m/min to meet rapid forming demands.
• High precision: Processing accuracy must reach ±0.02mm to ensure uniform layer thickness and dimensional stability.
• Structural optimization: Dual-spindle structures are often adopted to maintain stability during high-speed motion.
To address these needs, INCT provides a complete linear execution and guiding solution:
✅ INCT Electric Cylinder 3D Printer Lifting Platform
• Integrated, modular design eliminates the need for customer-side assembly, enabling quick installation and use.
• Precise control of lifting motion ensures layer thickness accuracy and overall forming precision.
✅ INCT-LMBS Linear Guide + INCT Ball Screw
• Delivers both rigidity and stability, keeping the platform smooth even under rapid acceleration and deceleration.
• Compatible with various dual-spindle structures, supporting a wide range of metal 3D printer models.
• Integrated platform: The INCT lifting platform, as a turnkey product, reduces customer R&D and assembly costs, shortening overall machine development cycles.
• Full series coverage: From high-end models demanding extreme efficiency to mid- and entry-level models prioritizing stability and cost-effectiveness, INCT linear solutions provide reliable support.
• Long-term stability: The solution emphasizes stability and consistency, ensuring repeatability and durability throughout long-term equipment operation.
With these advantages, INCT’s linear application solution has been successfully implemented in multiple metal 3D printer models, helping customers achieve the optimal balance of speed, precision, and stability—and enhancing equipment competitiveness in the market.