Product
Equipment Introduction
The TS4410F Series Displacement Sensor Laser Trimming Machine is a precision laser trimming system developed for the resistive linear displacement sensor market. It not only allows linearity adjustment of resistance but also enables absolute resistance value adjustment simultaneously. This equipment is widely applicable for laser trimming of various precision potentiometers (conductive plastic/ceramic), displacement sensors, and similar products.
Equipment Features
The independently developed Trim Linear resistance adjustment software system, combined with our proprietary laser trimming patent technology, offers powerful functionality and ease of operation. It supports precise angle-specific trimming, manual trimming operations, and customizable trimming methods and processes to meet specific customer requirements. The equipment is equipped with extensive measurement capabilities, such as clearance measurement and symmetry measurement, to fulfill various technical specifications required in potentiometer production.
Specifications
| Model | TS4410F-L1000 | TS4410F-L500 | TS4410F-C50 |
| Sensor Type | Linear Displacement Sensor | Potentiometer / Angular Displacement Sensor | |
| Processing Dimension | L=25-1000mm | L=20-500mm | φ=10-70mm |
| Independent Linearity | 20-50mm:≤±0.2% | 20-50mm:≤±0.25% | 10-25mm:≤±0.15% |
| 50-125mm:≤±0.1% | 50-150mm:≤±0.2% | 25-70mm:≤±0.1% | |
| 125-1000mm:≤±0.05% | 150-500mm:≤±0.1% | ||
| Target Precision | ±0.2% | ||
| Measuring Range | 100K-500KΩ | ||
| Measuring Precision | ＜160KΩ: ±0.02% | ||
| ＞160KΩ: ±0.04% | |||
| Software | Self-developed Trimlab | ||
| Operation System | Win7/Win10 | ||
| Language | Multilingual | ||
| Software Customization | Optional | ||
| Power Supply | 220V 50HZ 10A | ||
| Gas Pressure | 0.4-0.6Mpa | ||
| WorkingTemperature | 24±4℃ | ||
Product Pictures
FAQs +
How to Maintain Displacement Sensor Laser Engraver for Longer Life?
▪ Clean the laser head and displacement sensor regularly to avoid dust and dirt adhesion.
▪ Check the water circulation system to ensure that the water flows smoothly and the water temperature does not exceed 30°C.
▪ Calibrate the displacement sensor regularly to ensure the measurement accuracy.
▪ Check whether the power supply is stable to avoid voltage fluctuation.
▪ Pay attention to the thermal expansion and contraction factors during installation to avoid uneven stress on the sensor.