Floating position compensate device is mainly used to improve machining accuracy and process reliability, especially when processing deformation-sensitive workpieces. Its product advantage lies in the ability to flexibly respond to workpiece position deviations through the floating compensation function, while ensuring the stability and durability of the clamping force, thereby extending the equipment maintenance cycle, reducing maintenance costs, and improving overall machining efficiency.
Easy installation:
ISO9409 standard installation interface, seamless docking with mainstream robot models in the market, improving installation efficiency and compatibility.
Compact structure:
Compact body design maximizes the use of limited space, achieves high torque load capacity, and optimizes space utilization.
High-Precision Z-Axis Compensation:
Ensures precise vertical (Z-axis) compensation, eliminating assembly errors and improving operational stability and accuracy.
Long-Range Z-Axis Compensation Path:
Offers a wide range of optional Z-axis compensation, flexibly addressing varying tolerances and complex assembly requirements.
| Model | LT-COMP-80Z-1 | LT-COMP-80Z-2 |
| PO | F20010007 | F20010038 |
| 0.6Mpa positioning locking force when retracted (N) | 1160 | 1140 |
| Positioning locking force when 0.6Mpa extended (N) | 1500 | 1520 |
| Z-direction compensation (mm) | 10 | 10 |
| Recommended handling weight (kg) | 12 | 12 |
| Min./max. pressure(Mpa) | 0.3/0.6 | 0.3/0.6 |
| Pressure medium | Compressed air, compressed air quality meets
GB/T 13277‐1[7:4:4](ISO 8573‐1[7:4:4]) |
Compressed air, compressed air quality meets
GB/T 13277‐1[7:4:4](ISO 8573‐1[7:4:4]) |
| Operating temperature(℃) | +5/+60 | +5/+60 |
| Repeatability(mm) | 0.02 | 0.02 |
| Robot mounting side flange interface | ISO
9409-1-80-6-M 8 |
ISO
9409-1-80-6-M 8 |
| Noise(dB(A)) | ≤70 | ≤70 |
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