The DAIEL 1721 is a 4 inch × 4 inch precision linear stage engineered for fine-resolution positioning in optical and laboratory environments. Featuring micrometer adjustment and smooth ball bearing movement, this stage delivers the positional accuracy and stability required for optical alignment, microscopy, and sample positioning tasks. Its anodized aluminum frame and stainless steel components provide durability across repetitive use cycles, while an integrated locking mechanism secures position once adjustment is complete.
Technical Specifications
• Model: DAIEL 1721
• Stage Dimensions: 4 inches × 4 inches (101.6 mm × 101.6 mm)
• Movement Type: Linear precision
• Adjustment Mechanism: Micrometer adjustment
• Bearing System: Ball bearing
• Position Lock: Integrated locking mechanism
• Frame Material: Anodized aluminum
• Component Material: Stainless steel
– Key Features
Micrometer-driven adjustment provides incremental positioning control with fine resolution. Ball bearing movement ensures smooth, consistent travel without binding or play. The locking mechanism maintains position stability during operation, eliminating drift in fixed configurations. Mounting holes integrated into the stage structure enable rapid integration into optical tables, breadboards, and laboratory fixtures.
– Typical Applications
• Optical component alignment (lenses, mirrors, fiber optics)
• Microscopy sample stage adjustment and optical element positioning
• Laboratory experimental setups requiring repeatable dimensional control
• Prototyping and R&D environments with precision positioning requirements
– Compatibility & Integration
Standard mounting hole pattern permits direct attachment to optical breadboards, mounting posts, and common laboratory infrastructure. Integration into larger automated or manual systems is supported by the modular mounting design.
