Manual Tilt Stage, Precision Micrometer Adjustable Goniometer Platform ±2° Horizontal Swing for Microscopy & Automation(60 * 60mm)

Specifications:Material: Aluminum AlloyTable Dimensions: 40×40mm, 60×60mm, or 100×100mmAxis Type: XYOscillation Range: 2°Drive Type: ScrewSurface Finish: Sandblasted Black OxideLoad Capacity: 1kg, 3kg, 5kgIncludes:1*Manual Tilt StageNotes:1. Before placing an order, please check the size of the product.2. Please allow the slight color difference caused by the shooting light and 1-3 cm error due to manual measurement, and make sure you do not mind before ordering.

• Premium Aluminum Alloy Construction: Crafted from high-grade aluminum alloy, this manual tilt stage delivers exceptional durability while maintaining a lightweight profile. The robust yet lightweight design ensures long-term reliability and makes it ideal for embedded integration into complex optical and automation systems.
• Ultra-Precision Micrometer Adjustment: Features a precise manual goniometer stage with dual-axis ±2° fine adjustment knobs. Engineered for micron-level positioning accuracy, it provides ultra-smooth, backlash-free operation for demanding tasks requiring exact angular positioning and repeatability.
• Compact 60×60mm Table with High Load Capacity: Designed with a 60×60mm platform that offers high mechanical strength and rigidity. Available in multiple load capacity options (1kg, 3kg, or 5kg) to accommodate various application requirements, ensuring stable performance even during frequent use in demanding environments.
• Silent & Vibration-Free Operation: Engineered for exceptionally quiet motion, this tilt stage minimizes mechanical noise and vibration. Ideal for vibration-sensitive settings such as laboratories, microscopy suites, and precision measurement stations where acoustic and mechanical interference must be avoided.
• Versatile for Microscopy & Automation Applications: Delivers laboratory-grade angular adjustment (±2° horizontal tilt swing) in a compact industrial-grade package. Pre-assembled units feature standardized mounting hole patterns for quick, tool-free integration into existing setups—perfect for microscopy, automation, photonics, and alignment tasks.