Aluminium Rotation Stages
New Focus
Rotates 360° Thumbscrew lock for securing stage Graduated scale for angular position reading.
These precision aluminium rotation stages are ideal for the laboratory, OEM or on the manufacturing floor.
They rotate a full 360° and can be locked in place (with negligible additional motion) with a side-mounted thumbscrew. For coarse adjustment, simply unlock the screw and turn the stage. A side-mounted micrometer provides for fine adjustment. For your convenience the angular position can be read from the graduated scale marked in 2° increments. A vernier scale enables position readout to 48 arc min .
Models available:
It has a through hole and comes with two Delrin inserts to hold a 1" optic in place.
The Model 9404 is suitable for more demanding applications or heavier loads.
Models available:
- Model 9402: 36mm diameter stage using a slide-guide mechanism.
- Model 9403:59mm diameter stage using slide-guide mechanism
- Model 9404:59mm diameter stage using crossed-roller bearing to provide increased repeatability.
It has a through hole and comes with two Delrin inserts to hold a 1" optic in place.
The Model 9404 is suitable for more demanding applications or heavier loads.
Gothic-Arch Translation Stage Accessories
New Focus
A full range of accessories to help you customise the Stainless-Steel Gothic-Arc Bearing Translation stages.
Angle Brackets
- Model 9061-A, 9062-A and 9063-A Angle brackets for the Model 9061, 9062 and 9063 series of the gothic-arc stages to build XZ, and XYZ configurations.
- Model 9061-B, 9062-B and 9063-B Baseplates for the Model 9061, 9062 and 9063 series of the gothic-arc stages to create a stage with conventional mounting slots.
- Model 9354 These high-quality micrometers are ideal for use with our gothic-arch-bearing translation stages.
- The Model 9354 provides smooth and accurate motion over its 6.5-mm travel range. Use with the Model 9061 series gothic-arch translation stages.
- Model 9355
These high-quality micrometers are ideal for use with our gothic-arch-bearing translation stages.
- The Model 9355 provides smooth and accurate motion over its 13-mm travel range. Use with the Model 9062 series gothic-arch translation stages.
- Model 9356
These high-quality micrometers are ideal for use with our gothic-arch-bearing translation stages.
- The Model 9356 provides smooth and accurate motion over its 25-mm travel range. Use with the Model 9063 series gothic-arch translation stages.
Kinematic Stages
New Focus
- Stable and kinematic
- Easy front access to all adjustments
- Low beam height
- Model 9071 With the four-axis aligner, you can intuitively align optical "tubes" that comprise an input and an output (e.g electro-optic or acousto-optic modulators and lenses).
- Models 9081 & 9082 with these stages, aligning a laser beam through a tube is simple.
Pint-Sized Triple Divide Stage Accessories
New Focus
These pint-sized accessories helps you to customise the system to your needs.
e.z.Tracs™
e.z.Tracs™
Models 9022, 9023 and 9032 These tracks are the key to New Focus modular design, allowing you to build exactly the configuration you need.
e.z.Tracs™ Carriers
e.z.Tracs™ Carriers
- Model 9035 Ideal for mounting elements such as lenses to your translation system.
- Model 9036 The ½"-thick modular risers allow you to add extra height and a generous assortment of 8-32 (M4) and 1/4-20 (M6) threads through holes to any of the New Focus stages
- Model 9038 These modular plates can be placed below or above translation stages to add height in ¼" increments.
- Model 9039 This adapter is ideal for buildong translation stages with vertical motion or for those times when you need a vertical surface with many mounting holes.
Pint-Sized Triple-Divide Translation Stages
New Focus
These pint-sized translation stages are ideal for applications where you are short on space but don't want to compromise on performance.
- Extremely small footprint
- Reconfigurable and orthogonal to better than ±5 mrad
- Stable and lockable
SS Crossed-Roller-Bearing Translation Stages
New Focus
The lockable stages provide the smooth and accurate positioning needed for critical optical alignment applications such as fibre alignment and high-stability positioning in laser systems.
To ensure accurate linear travel, the stage uses thermally matched, hardened-steel, crossed-roller bearings and high precision reference surfaces. The results is a line of translation stages that offers an angular deviation of <150 µrad in any axis and straight-line accuracy better that 3 microns.
The stages come in two formats: 0.5" travel (9066 series) and 1.0" travel (9067 series)
XYZ Translation Stages
XZ-Translation Stages
XY-Translation Stages
X-Translation Stages
Commercial Translation Stages
SS Gothic-Arch-Bearing Translation Stages
New Focus
Side actuated for minimal overall footprint Thumbscrew lock secures the stage Long travel ranges up to 25mm. With stainless-steel construction and thumbscrew locks, these translation stages offer the ultimate in stability and rigidity.
They are ideal for demanding applications in the laboratory, OEM, or on the manufacturing floor Gothic-arch bearings offer smooth motion of ball bearings but high stiffness and repeatability. the unique gothic profile provides increased contact area so that the load and momentum are more evenly distributed.
The stages come in three sizes: 25mm x 25mm (Model 9061), 40mm x 40mm (Model 9062) & 65mm x 65mm (Model 9063) and are available in X, XY, XZ, XYZ & Commercial configurations.
The stages come in three sizes: 25mm x 25mm (Model 9061), 40mm x 40mm (Model 9062) & 65mm x 65mm (Model 9063) and are available in X, XY, XZ, XYZ & Commercial configurations.
Triple-Divide Translation Stages
New Focus
The patented Triple-Divide™Translation Stage system is based on the unique e.z. Trac™ concept. It delivers the stability of integrated XYZ stages.
- Effortlessly reconfigurable
- Stability and orthogonality assured
- Additional coarse axis for free
- Models 9064-X and 9064-Z The single-axis Triple-Divide stage, in combination with its included e.z.Trac, provides a low profile (for stability) and a small footprint.
Photonics 
