The Base Direct Vertical Mount Fixed is a sturdy and reliable mounting solution specifically designed for the E-LINX-10 inkjet coder. This mount provides a secure vertical positioning for the printer, ensuring stability during high-speed operations. Its robust construction and precise design make it an essential accessory for streamlined installation and operation in industrial environments.
Key Features:
Sturdy Construction:
Made from high-grade materials to provide durability and long-lasting performance, even in demanding industrial conditions.
Secure Vertical Mounting:
Ensures stable vertical positioning of the E-LINX-10 inkjet coder, preventing vibrations or movement during operation.
Precision Design:
Engineered for a perfect fit with the E-LINX-10, ensuring ease of installation and reliable performance.
Complete Mounting Kit:
Includes all necessary components, such as stainless steel bolts and a secure coupling, for a straightforward setup process.
Compact and Space-Saving:
The mount's compact design minimizes space requirements, making it ideal for tight workspaces.
Enhanced Durability:
Finished with a corrosion-resistant coating to withstand harsh environmental conditions, ensuring consistent performance.
Applications:
Fixed vertical mounting for the E-LINX-10 inkjet coder
Suitable for use in production lines, packaging systems, and industrial coding setups
Technical Specifications:
Material: High-strength metal base with stainless steel hardware
Mounting Style: Direct vertical, fixed
Compatibility: Exclusively for E-LINX-10 inkjet coder
Included Components:
1 Fixed vertical mount base
2 stainless steel bolts
1 secure coupling assembly
Package Includes:
Vertical mount base
Coupling assembly
Stainless steel bolts and screws
Why Choose This Mount? The Base Direct Vertical Mount Fixed for the E-LINX-10 offers exceptional stability, ease of installation, and robust construction, making it the ideal solution for securely mounting your inkjet coder. Its reliable performance ensures consistent and accurate coding, even in high-demand production environments.