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Joran hexapod

Joran hexapod

Joran hexapod

Product catalog summary
Key Features
  • High stability with a resolution of 0.5 µrad.
  • Large payload capacity of 1500 kg, with options for more upon request.
  • Equipped with absolute linear encoders.
Applications
  • Used in synchrotrons for mirror or chamber supports.
  • Applicable in optics and astronomy.
  • Adapted for the Australian Synchrotron and developed in collaboration with ESRF synchrotron for high-resolution mirror positioning.
  • Customized versions support up to 3.2 tons payload and are used for calibrating telescope mirrors.
Motion and Positioning Specifications
  • Travel range for Tx, Ty: ± 75 mm (BJ), ± 170 mm (UJ).
  • Travel range for Tz: ± 50 mm (BJ), ± 100 mm (UJ).
  • Travel range for Rx, Ry: ± 5° (BJ), ± 10° (UJ).
  • Travel range for Rz: ± 8° (BJ), ± 18° (UJ).
  • Resolution for Tx, Ty, Tz: 0.1 µm.
  • Resolution for Rx, Ry, Rz: 0.5 µrad.
  • Repeatability for Tx, Ty, Tz: ± 0.25 µm.
  • Repeatability for Rx, Ry, Rz: ± 1 µrad.
  • Speed for Tx, Ty: 0.6 mm/sec.
  • Speed for Tz: 0.4 mm/sec.
  • Speed for Rx, Ry: 0.045 deg/sec.
  • Speed for Rz: 0.07 deg/sec.
Mechanical Properties
  • Payload capacity: 1500 kg in vertical orientation.
  • Motor type: Stepper motor.
  • Material: Aluminum, steel, stainless steel, ceramic.
  • Size of mobile platform: Ø 1300 mm.
  • Height in middle position: 750 mm.
  • Mass: 272 kg.
  • Cable length: 5 m.
Options
  • Clean room compatibility.
  • Vacuum compatibility.
  • Higher speed with brushless or DC motor.
  • Heavier payload options.
  • Hand-held control unit.
Controller Specifications
  • Controller type: ALPHA+.
  • Interface: Ethernet.
  • Power supply: 110-240 VAC / 50-60 Hz.
See more

Catalog excerpts

Joran hexapod-1

JORAN hexapod High resolution ultra heavy payload large size High stability Resolution 0.5 µrad Large payload capacity 1500 kg (more upon request) Absolute linear encoders Synchrotrons: mirror or chamber supports ■ JORAN hexapod size has been adapted to the beam height of the Australian Synchrotron. Customized JORAN hexapods with extra Rz rotations calibrate the segments of the primary mirror of ESO ELT telescope at Safran REOSC. JORAN actuators at LBL are longer to enable a ± 12.5° rotation around Z. This JORAN hexapod has also been customized to support a 3.2 tons payload. JORAN hexapod has been developed in collaboration with ESRF synchrotron to position mirrors with very high resolution.

 Open the catalog to page 1
Joran hexapod-2

Ball Joints Universal Joints Mechanical properties Payload capacity (kg) (vertical orientation) Motor type Stepper motor Stepper motor Encoder type Absolute linear encoders Absolute linear encoders Operating temperature range (°C) Aluminum, steel, stainless steel, ceramic Aluminum, steel, stainless steel Size mobile platform (mm) Height in middle position (mm) 5 5 Clean room compatibility Vacuum compatibility Higher speed with brushless or DC motor Heavier payload Hand-held control unit Controller The performances are specified for single axis motions, with all other axes at midrange and for...

 Open the catalog to page 2

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.