Product Description
Precision Positioning Solution for Technical Users
The LDTSH-50MC is engineered for professionals requiring reliable and precise angular positioning in experimental and measurement environments. This manual rotary positioning stage suits integration with common optical benches and optical breadboard tables, enabling seamless multi-axis displacement setups. Its design targets scientific researchers, laser technicians, and engineers who demand repeatable, stable rotation performance within complex optical or structural assemblies often mounted on a vibration isolation optical table.
Advanced Features and Measurable Accuracy Parameters
Featuring a 50mm diameter platform and 0.4kg load capacity, the stage employs an OEM customizable precision shaft design combined with friction stepless worm gear transmission. The platform’s dual-surface standardized connection holes facilitate modular integration with other displacement devices. The device achieves high concentricity (80μm) and parallelism of motion (60μm), and supports a fine minimum adjustment increment of 15 minutes of arc, ensuring precise, smooth 360° coarse rotation ideal for exacting engineering applications on an optical breadboard table.
Versatile Application Across Precision Industries
This positioning stage enhances workflows in laser alignment, optical system calibration, and industrial automation tasks requiring precise angular positioning, especially within setups equipped with vibration isolation optical tables. Its dependable, stable operation improves the accuracy of optical inspection, metrology, and research instrumentation, making it indispensable in sectors such as photonics, semiconductor testing, and aerospace engineering where control and repeatability are critical.
Product Advantages
Robust Design and Modular Integration
The LDTSH-50MC incorporates a precision-machined OEM customizable shaft within a compact frame optimized for mounting on optical breadboard tables and vibration isolation optical tables. The standardized connection holes on both platform surfaces provide versatile mechanical interface options for cascading multiple displacement tables, enabling adaptable multi-axis positioning systems. This structural flexibility as provided by the design meets demanding engineering specifications without compromising on rigidity or load capacity.
Enhanced Operational Precision and User Accessibility
This rotary positioning stage delivers consistent angular accuracy through its friction stepless worm gear drive, producing smooth, backlash-free rotation essential in sensitive setups involving vibration isolation optical tables. Its lightweight construction facilitates easy handling and integration while maintaining mechanical stability under load. Engineers benefit from fine angular adjustment capability that aligns with standard optical breadboard table tolerances, improving system calibration efficiency and overall performance in precision environments.
Use Scenarios
Laser Alignment in R&D Laboratories
Within research laboratories focused on laser experimentation and optical system development, the LDTSH-50MC acts as a critical component mounted on a vibration isolation optical table. It provides precise, repeatable angular positioning enabling the fine calibration of optical paths and laser beam steering. Its technical characteristics ensure compliance with stringent laboratory standards where vibration damping and accurate stage motion are crucial for maintaining beam stability and experimental reproducibility integrated within the optical breadboard supplier’s array of instruments.
Precision Metrology in Semiconductor Manufacturing
In semiconductor production lines requiring dimensional inspection and calibration, this rotary stage supports accurate manual angular displacement tasks on an optical breadboard table embedded in vibration isolation optical tables. The robust mechanical design and high concentricity reduce positional errors during component measurement and assembly verification processes. Integration with multi-axis stages enhances operator control, ensuring compliance with strict industry tolerances and improving throughput in high-precision manufacturing workflows.
TECHNICAL SPECIFICATIONS:
