Manual Z Linear Stage, Precision Z Axes Sliding Table with Feed Screw and Scale, Aluminum Alloy Displacement Platform for Microscopes and Lab Equipment (40X40mm)

Item Type: Z Linear StageBody Material: Aluminum alloy(black anodized)Model Sliding Table Size Movement Amount 1 Turn Knob Movement Amount Load Resistance Allowable Moment Load (N·M) Movement Accuracy EG-Z25 25 x 25mm / 0.98 x 0.98in ±5 0.5mm 9.8N Swing Up And Down: 2.0 30μm Swing Left And Right: 1.5 Side Scrolling: 1.3 EG-Z40 40 x 40mm / 1.57 x 1.57in ±7 0.5mm 9.8N Swing Up And Down: 4.0 30μm Swing Left And Right: 3.0 Side Scrolling: 3.0 EG-Z60 60 x 60mm / 2.36 x 2.36in ±9 0.5mm 19.5N Swing Up And Down: 5.0 30μm Swing Left And Right: 4.0 Side Scrolling: 4.0Package List：1 x Z Linear Stage

• High Precision Control: This manual Z linear stage features a fine-pitch feed screw knob and dovetail guide rail system that ensures smooth, stable, and highly accurate vertical movement with ±30μm repeatability—ideal for delicate adjustments in optical alignment or lab testing.
• Robust Aluminum Construction: Built from black anodized aluminum alloy, this Z axes sliding table is lightweight yet strong, offering excellent resistance to scratches, , drops, and daily wear while maintaining quiet and friction- operation.
• Versatile Laboratory & Industrial Use: The Z linear stage is compatible with microscopes, semiconductor manufacturing tools, measuring instruments, printing machines, and handling equipment—perfect for engineers, researchers, and technicians needing reliable micron-level positioning.
• Durable and : Engineered with a structure and precision craftsmanship, this displacement platform delivers consistent performance under load (up to 19.5N depending on model) and resists deflection during side, up-down, or left-right motion.
• Complete Ready-to-Use Package: Each unit includes one manual Z linear stage with clearly marked scale for visual displacement tracking; available in three travel sizes (25mm, 40mm, or 60mm) to suit different workspace and application requirements without extra assembly.