Zolix Instruments Distributor · Netherlands
Fiber Alignment &Coupling Stages
Dedicated fiber optic positioning systems — from compact single-axis manual stages to 6-DOF flexure platforms and ultra-high precision stainless steel alignment stages, with a full ecosystem of fiber clamps and accessory mounts.
≤ 0.5 µm
Linear Sensitivity
UFP / NFP fine tuning
6-Axis
Max DOF
UFP6C / NFP-6561 / NXP-6
1 nm
Piezo Resolution
NXP-6NP closed loop
> 130 Hz
Resonant Freq.
NXP flexure series
By submitting your request enquiry we will forward all relevant details regarding full specifications, step files, pricing, and any other necessary information you require.
Need a tailored setup? If you also need, we can organize a technical meeting to discuss and design the best solution that fits your specific application.
Coarse + Fine Double Tuning
UFP Series — High Sensitivity Manual Stages
Single-axis and 2D rotary stages purpose-built for fiber optic positioning. Coarse and fine double-tuning structure achieves sensitivity better than 0.5 µm linear, 23.4" angular. Black anodized aluminum alloy.
| Model | Surface (mm) | Thickness | Travel / Range | Guide | Load (kg) | Enquiry |
|---|---|---|---|---|---|---|
| UFP1A | 60×60 | 20 mm | Coarse ±6.5mm; Fine ±0.3mm | Linear-slider | 5 | |
| UFP1B | 60×60 | 25 mm | Coarse ±6.5mm; Fine ±0.3mm | Linear-slider | 5 | |
| UFP1C-L / R | 60×60 | 30 mm | Coarse ±6.5mm; Fine ±0.3mm | Crossed-roller | 5 | |
| UFP2T-L / R | 45×45 | — | θx: ±3°; θy: ±3° | Crossed-roller ring | 1.5 |
All UFP1 models: sensitivity coarse ≤10 µm, fine ≤0.5 µm; dynamic parallelism ≤10 µm; dynamic straightness ≤3 µm.
UFP2T: rotary sensitivity θx ≤25.2", θy ≤234". Drive type: micrometer on all models.
UFP1C Series
Coarse & Fine Linear Stage
UFP2T Series
2D Tilt & Rotation Stage
Key Features
- Coarse + fine double tuningSensitivity <0.5 µm linear
- UFP1A/BLinear-slider guide, 20–25 mm body
- UFP1CCrossed-roller guide, 30 mm body
- UFP2T2D rotation, θx and θy ±3°
- MaterialBlack anodized aluminum alloy
- DriveMicrometer (all models)
- L / R suffixLeft / right-hand drive location
Typical Use
Single-fiber positioning on an optical bench. UFP1C-L/R (crossed-roller, 30mm) is recommended when maximum straightness is needed. UFP2T adds two-axis tilt for angular alignment of fiber endfaces.
3 / 5 / 6 Axis
UFP Series — High Sensitivity Fiber Coupling Stages
Multi-axis stacks for fiber-to-fiber and fiber-to-waveguide coupling. Linear sensitivity better than 0.5 µm on all axes; angular sensitivity better than 23.4". Crossed-roller guide throughout.
Multi-Axis Stack Integration
UFP multi-axis alignment stages (shown above: UFP6C) combine coarse and fine adjustments on all translation and rotation axes, offering unmatched sensitivity.
UFP3C-L / R
3-Axis (XYZ)
Travel Range
UFP5C-L / R
5-Axis (XYZθxθy)
Travel Range
UFP6C-L / R
6-Axis (XYZθxθyθz)
Travel Range
All UFP coupling stages: black anodized aluminum alloy. -L / -R suffix denotes left- or right-hand micrometer drive location.
Sub-Micron to Nanometer Resolution
NXP Series — Multi-Axes Parallel Flexure Platforms
Parallel flexure design with no sliding mechanisms or bearings. Common center of rotation across all axes dramatically reduces cross-axis coupling and alignment time for fiber coupling, waveguide alignment, and optoelectronic packaging.
Why Flexure?
Traditional stacked stages accumulate error at each layer. The NXP parallel structure eliminates this by actuating all axes simultaneously from a single rigid body. The common point of rotation means all angular axes share one reference point — critical for fast, accurate fiber coupling.
- No sliding mechanism or bearings — zero mechanical backlash
- Common center of rotation for all Rx, Ry, Rz axes
- Resonant frequency >130 Hz — stiff, fast response
- Heat stability: 1 µm/°C
- Optional internal piezo driver for 1 nm closed-loop resolution
- Optional DNXP-A motorized stepper driver (5 µm repeatability)
| Model | DOF | Travel (X/Y/Z) | Rotation | Resolution | Enquiry |
|---|---|---|---|---|---|
| NXP-3M | 3 | 4 mm each | — | Manual driver (DNXP-M): 0.5 µm fine | |
| NXP-3NP | 3 + Piezo | 4 mm each | — | X,Y,Z: 1 nm (closed loop) | |
| NXP-6M | 6 | 4 mm each | Rx/Ry/Rz ±4° (70 mrad) | Manual driver (DNXP-M): 0.5 µm fine | |
| NXP-6NP | 6 + Piezo | 4 mm each | Rx/Ry/Rz ±4° (70 mrad) | X,Y,Z: 1 nm; Rx,Ry,Rz: 0.018 µrad | |
| NXP-MR01 | Pitch/Roll/Yaw | — | Pitch/Roll ±5°; Yaw ±10° | Pitch/Roll 0.036°; Yaw 0.03° |
DNXP-M — Manual Driver
- Travel: 13 mm (→ 4 mm at stage)
- Coarse: 10 µm / fine: 0.5 µm resolution
- Locking ring M22×1
DNXP-A — Motorized Driver
- Travel: 8 mm (→ 4 mm at stage)
- Resolution: full step 1.25 µm, half step 0.625 µm
- Motor: 2-phase stepper, 1.8° step angle
- Bidirectional repeatability: 5.0 µm
- Built-in limit switch
Drivers sold separately (DNXP-M or DNXP-A). Drivers can be mixed per axis. NXP-3 does not have L/R variants. Piezo driver (NXP-NP models) includes internal actuator — no separate driver needed.
Fiber Coupling
Align single-mode fiber to a photonic chip or another fiber with sub-µm precision. Common center of rotation avoids re-centering after angle adjustments.
Waveguide Coupling
Couple free-space beams or fibers into waveguide facets. The NXP flexure removes error accumulation inherent in stacked-stage designs.
Optoelectronic Packaging
Precision 6-DOF alignment for mounting photonic devices during active alignment. DNXP-A motorized option enables automated search routines.
SUS304 Stainless · Crossed-Roller Guide
NFP-x561 Series — Ultra-High Precision Fiber Alignment Stages
SUS304 stainless steel construction with ultra-high precision crossed-roller guides. Sensitivity ≤1 µm linear, ≤3 µm linearity deviation. Available in 3-, 5-, and 6-axis configurations with optional tilt and goniometer add-ons.
NFP-3561 / L
XYZ Stainless Steel Linear Stage (13 mm / 6 mm travel)
NFP-6561 / L
6-Axis Stainless Steel Alignment Assembly
| Model | Axes | Travel | Guide | Weight | Enquiry |
|---|---|---|---|---|---|
| NFP-GON10 | θx | θx: ±10° | Dovetail guide | 0.31 kg | |
| NFP-2561T / TL | θy, θz | θy: −2~4°; θz: −4~4° | Rotational structure | 1.2 kg | |
| NFP-3561 / L | XYZ | X/Y: 13mm; Z: 6mm | Crossed-roller guide | 1.8 kg | |
| NFP-5561 / L | XYZθyθz | X/Y: 13mm; Z: 6mm; θy: −2~4°; θz: −4~4° | Crossed-roller + rotation | 2.2 kg | |
| NFP-6561 / L | XYZθxθyθz | X/Y: 13mm; Z: 6mm; θx: ±10°; θy: −2~4°; θz: −4~4° | Crossed-roller + rotation + dovetail | 2.5 kg |
All NFP-x561 models: SUS304 stainless steel, sandblasting surface. Drive type: micrometer (NFP-3/5/6561) or screw (NFP-2561T). Sensitivity ≤1 µm linear, linearity deviation ≤3 µm. -L suffix = left-hand micrometer.
Key Specifications (NFP-3561 / 5561 / 6561)
- MaterialSUS304 stainless steel, sandblasting
- Linear sensitivity≤ 1 µm
- Linearity deviation≤ 3 µm
- X / Y travel13 mm
- Z travel6 mm
- Angular range (θy)−2 ~ 4°
- Angular range (θz)−4 ~ 4°
- Angular range (θx)± 10° (NFP-6561 only)
- DriveMicrometer
- BuildCorrosion-resistant, high stability
NFP-GON10 + NFP-2561T Add-Ons
NFP-GON10 optical fiber manual goniometer can be combined with NFP-3561/3561L to add θx rotation (±10°) around the X-axis. Features dovetail slot mounting seat for fiber accessories.
NFP-2561T / TL two-dimensional tilt slide stage can be combined with NFP-3561/3561L to add θy and θz pitch/yaw adjustment. Dovetail groove mounting with special fiber optic accessory slots.
APFP Series
Specialized Fiber Optic Accessories
Dovetail-compatible mounts, clamps, and holders that plug directly into the dovetail groove of any NFP or UFP stage without additional tools. Maintains consistent center height across all accessories.
Universal Dovetail Bracket
Upper dovetail seat accepts any fiber accessory. Center height matched to NFP/UFP stages for coaxial alignment. Fixed via jackscrew.
Dovetail T-Bracket
T-shaped dovetail bracket. Same center height as APFP-US. Suitable for coaxial adjustment with all series fiber stages.
Single-Mode Fiber Mount
Magnetic clamp design holds single-mode fiber firmly without damage. Side top-wire for easy disassembly. Dovetail base for stage mounting.
Micro Objective Mirror Mount
Standard microscope thread (WJ4/5"-1/36") for mounting objective lenses. Dovetail base mounts directly to NFP/UFP dovetail groove.
Self-Focusing Lens Mount
Holds fiber self-focusing (GRIN) lenses up to Φ4.8 mm diameter. Jackscrew side release. Dovetail base compatible.
Fiber Chuck
Fixes APFCH series fiber clamps (Φ6.35 mm). Jackscrew disassembly. Dovetail base mounts directly to groove.
Universal Dovetail Mounting Seat
Flat mounting seat with dovetail base. M3 and M4 threaded holes for attaching other fiber optic accessories. Jackscrew release.
Rectangle Dovetail Mounting Seat
Installs APFP-θx rotary module on an APFP-XYZT/TL stage via side jackscrew, creating a 6-DOF adjustment frame (APFP-XYZTθ / XYZTθL).
Dovetail Ecosystem
All APFP accessories share the same dovetail standard. They can be swapped between UFP1, UFP3C/5C/6C, and NFP-3561/5561/6561 stages without re-centering — the center height is held constant across the entire series, enabling coaxial fiber alignment regardless of which accessory is installed.
Interactive Fiber Alignment
Configuration Builder
Configure UFP manual stages, multi-axis coupling assemblies, NXP parallel flexure platforms, and accessories to select standard or customized fiber alignment solutions.
Single-Mode · Multi-Mode · Waveguide · Optoelectronic
Sub-Micron Fiber Alignment for Any Application
Not sure whether you need a UFP manual stage, an NXP flexure platform, or an NFP stainless assembly? Tell us your coupling geometry and fiber type — we will recommend the right configuration and source it for your lab in the Netherlands.
Inquire About Fiber Alignment Stages