Motorized Goniometer: TBG Series from Zolix
Description
TBG series motorized goniometers are designed for the applications in which small size and high operation rate are needed.
Rigid Construction: This motorized goniometer uses hard black anodic-oxidation aluminum-alloy as the main body materials to present good wear-resistance and excellent appearance.
High Load Capacity: It uses arc V-shaped ball guides that provide higher strength, higher load capability and longer-term durability.
High-End Drive Train: Worm, tin-bronze-made worm gear and standard two-phase stepping motors are used in driving mechanism to offer higher resolution and positioning accuracy.
Integration Ready: This series of rotation stages are suitable for being integrated in automation equipment and instruments in which there are strict requirements of space, dimension and weight. Another suitable application scenario is industrial production lines on which limited motion space and high repetition rate are present.
For any questions regarding detailed specification, pricing, etc. please inquire.
Motorized Goniometer: TBG Series from Zolix
Specifications |
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|---|---|
| Vacuum Compatible: | No |
| Microstep Size (default Resolution): | -- urad |
| Built-in Controller: | No |
| Range Of Motion: | -10-10deg |
| Accuracy (unidirectional): | -- mrad |
| Maximum Speed: | 600 rpm |
| Minimum Speed: | -- urad/s |
| Swing Accuracy: | ≤ 0.01 mm |
| Thickness: | 35 mm |
| Backward Rotation Clearance: | ≤ 0.01 ° |
| Static Clearance: | ≤ 7 µm |
| Repositioning Accuracy: | ≤ ±0.005 ° |
| Highest Speed: | ≈22 °/s |
| Step Resolution: | ≈0.011 ° |
| Weight: | 0.9 kg |
| Body Material: | Black anodic-oxidation 2024 aluminum-alloy |
| Worm Material: | Stainless Steel (High Freq. Quenched) |
| Worm Gear Materials: | Wear-resistant tin bronze |
| Guides: | Arc V-shaped ball guides |
| Worm Gear Ratio: | 159:1 |
| Swing Angle Range: | ±10 ° |
| Table Dimensions: | 60 x 60 mm |
| Designed Height At Center: | 45 mm |
Features
- Fine grinding worm/worm gear is used in driving mechanism. Tin-bronze-made worm gears present longer-term durability
- Smooth running is benefit from employed arc V-shaped ball guide
Applications
This motorized goniometer is the ideal choice for applications where compact footprint and high durability are important.
This rotation stages are also a great choice for integration into automation equipment where compactness and tight fitting are required.
This motorized goniometer can also be used in industrial production lines exhibiting high repetition rates.
For pricing, technical or any other questions please contact the supplier
- No registration required
- No markups, no fees
- Direct contact with supplier
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How to order?
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Ships from:
China
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Sold by:
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On FindLight:
since 2020
Frequently Asked Questions
This motorized goniometer is made of black anodic-oxidized 2024 aluminum-alloy that offers excellent rigidity, thermal stability and protection against stray light for all light sensitive experiments.
Yes, we offer 4 different models that offer different heights and travel ranges. We currently offer TBG45-60, TBG80-60, TBG100-80 and TBG140-80 models. The specs described on this page are for TBG45-60. Please look at the specification data sheet for the entire table of specifications.
We use Arc V-shaped ball guides. The worm is made of high frequency quenched stainless steel and the gear is made of wear-resistant tin-bronze. This combination offers the ultimate durability for most demanding applications.
The goniometer requires 1.7A.
All 4 models of these goniometers use two-phase 42 stepping motor.
The motors exert 0.456 N-m of torque.
We use DB9 (pin) plugs for all stages.
< 60 mA (total)
The main body materials used in the TBG series motorized goniometer are hard black anodic-oxidation aluminum-alloy.
Arc V-shaped ball guides provide higher strength, higher load capability, and longer-term durability.
The driving mechanism of the motorized goniometer uses standard two-phase stepping motors.
The TBG series motorized goniometers are suitable for integration into automation equipment and instruments with strict requirements of space, dimension, and weight. They are also suitable for industrial production lines with limited motion space and high repetition rates.
The worm gear/worm transmission ratio varies depending on the model. For example, the TBG45-60 has a ratio of 159:1, the TBG80-60 has a ratio of 247:1, the TBG100-80 has a ratio of 299:1, and the TBG140-80 has a ratio of 399:1.