ZOLIX ASM50-XY Two-Axis Manual Translation Stage
| Brand | ZOLIX |
|---|---|
| Origin | Beijing, China |
| Manufacturer Type | Original Equipment Manufacturer (OEM) |
| Product Origin | Domestic (PRC) |
| Model | ASM50-XY |
| Price | Upon Request |
| Motion Axes | X and Y orthogonal |
| Travel Range per Axis | 50 mm |
| Base Platform Thickness | Low-profile design optimized for optical path height reduction |
| Compatible Substage | TSM50D-1S single-axis manual translation stage (2 units required for XY assembly) |
Overview
The ZOLIX ASM50-XY Two-Axis Manual Translation Stage is a precision-engineered optical positioning solution designed for laboratory and industrial applications requiring stable, repeatable, and orthogonal planar displacement. Built upon the modular TSM50D-1S single-axis manual translation stage—two of which are orthogonally integrated—the ASM50-XY delivers synchronized, backlash-minimized motion in both X and Y directions. Its mechanical architecture follows standard kinematic principles for manual translation stages, utilizing precision-ground lead screws, anti-backlash nuts, and linear bearing guides to ensure smooth operation and high positional fidelity. The stage is explicitly engineered for integration into optical tables, interferometric setups, laser alignment systems, and microscopy platforms where minimizing optical path height is critical. Its low-profile construction reduces the vertical offset between the mounting surface and the top platform, thereby preserving beam collimation and simplifying multi-component optical train alignment.
Key Features
- Orthogonal XY configuration with independent, manually actuated axes—each driven by a calibrated micrometer knob with 10 µm graduation and fine-adjustment capability.
- 50 mm travel range per axis (X and Y), achieved through dual TSM50D-1S modules mounted in perpendicular orientation on a rigid aluminum base plate.
- Low-height structural profile: total stage height ≤ 42 mm (excluding mounting hardware), significantly reducing centerline elevation above the optical table surface.
- High-rigidity anodized aluminum body with corrosion-resistant surface treatment and precisely machined dovetail interfaces for reliable module coupling.
- Integrated locking mechanism per axis—mechanical clamps allow secure fixation after coarse positioning, preventing drift during vibration-sensitive measurements.
- Standard M6 threaded holes on top platform (25 mm grid pattern) and bottom base (for optical table compatibility), enabling rapid integration with kinematic mounts, lens holders, and fiber couplers.
Sample Compatibility & Compliance
The ASM50-XY is compatible with standard optical components weighing up to 3 kg per axis without measurable hysteresis or elastic deformation under static load. It supports common optomechanical accessories including mirror mounts (e.g., KM100 series), translation adapters (e.g., TR series), and cage system interfaces (e.g., 30 mm cage rods). While the stage itself does not carry active certification, its mechanical design adheres to dimensional and tolerance conventions outlined in ISO 9283 (manipulator performance criteria) and aligns with typical lab-grade requirements for manual positioning equipment used in ISO/IEC 17025-accredited calibration laboratories. No electrical or software-based compliance claims apply, as it is a purely mechanical device.
Software & Data Management
As a fully manual, non-motorized translation stage, the ASM50-XY requires no firmware, drivers, or host software. Position data is recorded manually via micrometer scale reading or external metrology tools (e.g., digital calipers, laser interferometers, or capacitive sensors). For traceable documentation in GLP/GMP environments, users may log positional values in laboratory notebooks or LIMS-compatible spreadsheets. The absence of electronic components eliminates electromagnetic interference concerns and ensures long-term operational stability without recalibration cycles.
Applications
- Laser beam steering and spatial filtering in Fourier optics experiments
- Alignment of collimated light paths in Michelson and Mach–Zehnder interferometers
- Positioning of photodetectors, apertures, or fiber ferrules in free-space coupling setups
- Coarse sample rastering in confocal or Raman microscopy pre-alignment workflows
- Integration into custom-built optical breadboard systems requiring compact, orthogonal adjustability
- Education and training labs where intuitive, tactile control of 2D position enhances student understanding of coordinate geometry and optical parallax
FAQ
Is the ASM50-XY compatible with motorized controllers or stepper motor retrofits?
No—the ASM50-XY is strictly a manual stage. It lacks mounting provisions, encoder interfaces, or power input pathways for motorization. Motorized alternatives (e.g., ZOLIX AMS50-XY series) are available separately.
What is the typical bidirectional repeatability under normal lab conditions?
Based on mechanical tolerances of the TSM50D-1S substage and assembly integrity, expected repeatability is ±5 µm over repeated 10 mm traversals at room temperature (20–25 °C) and low-humidity conditions.
Can the stage be used in vacuum environments?
Not without modification. Standard anodized aluminum and lubricants are not UHV-rated; vacuum-compatible variants require dry-film lubrication and venting provisions, which are not supplied with the base model.
Does ZOLIX provide calibration certificates for this stage?
No factory calibration certificate is included. Users requiring metrological traceability must perform third-party verification using interferometric or coordinate measuring machine (CMM) methods.
Are replacement micrometer knobs or lead screws available as spare parts?
Yes—ZOLIX offers OEM spare parts under part numbers TSM50D-KNOB and TSM50D-SCREW; lead time and availability should be confirmed directly with ZOLIX technical support.
