Manual Tilt Stages for Precision Alignment & Adjustment

Manual Tilt Stages

Manual tilt stages enable precise angular adjustment around a defined tilt axis and are ideal for accurate alignment and positioning tasks. Depending on the model, adjustment is performed via fine-thread or knurled screws, allowing for smooth, controlled and sensitive positioning.

Thanks to their robust aluminum construction, black anodized surface finish, and compact design, these tilt stages can be reliably integrated into precision engineering, optical, and laboratory systems.

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Series overview of manual tilt stages

The MTB - Series

Precise tilt stages with fine-thread screw adjustment
The MTB series includes precise manual tilt stages with fine-thread screw adjustment for controlled angular positioning in alignment and adjustment applications. Their compact design and reliable construction make them ideal for small to medium loads in precision engineering and optical setups.

Material: Aluminum alloy
Platform size: 40 × 40 mm - 80 × 80 mm
Load: 20 N - 50 N
Tilt range: ± 2°
Drive: Fine-thread screw

To the MTB - Series

The MTS - Series

Compact tilt stages with knurled screw adjustment
The MTS series offers compact manual tilt stages designed for precise angular adjustment in compact assemblies. Adjustment is performed via knurled screws, allowing simple and controlled positioning for alignment tasks in laboratory, optical, and precision mechanical applications.

Material: Aluminum alloy
Platform size: 30 × 30 mm - 125 × 125 mm
Load: 20 N - 50 N
Tilt range: ± 2°
Drive: Knurled screw

To the MTS - Series

Comparison of our MTB and MTS Series

	MTB - Series	MTS - Series
Design:	Compact, precise tilt stages	Compact, versatile tilt stages
Drive:	Fine-thread screw	Knurled screw
Tilt range:	± 2°	± 2°
Tilt per rotation:	0.54°	0.25° - 1.42°
Load capacity:	20 N - 50 N	20 N - 50 N
Platform sizes:	40 × 40 mm - 80 × 80 mm	30 × 30 mm - 125 × 125 mm
Material:	Aluminum (black anodized)	Aluminum (black anodized)
Typical applications:	Precise alignment, optical setups, fine adjustment tasks	Compact setups, laboratory use, general alignment tasks