Perfectly combining traditional optics with the latest computer image processing technology, it can accurately measure basic elements such as points, lines, circles, etc. with high measurement accuracy.

The base, column, and stage are all constructed from granite, ensuring high stabipty.

Precision friction transmission, CNC control system.

High resolution industrial camera.

Equipped with powerful self-developed fully automated measurement software.

The equipment features high versatility, utilizing dual cameras and dual telecentric lenses. If larger products need to be measured, the software can perform multiple stitching processes. If higher accuracy is required for future products, the system can switch to another camera and lens at any time.

The device integrates 3D line laser scanning, large-field-of-view imaging, and optical measurement into a three-in-one system. It can simultaneously measure height, flatness, and any planar dimensions, all within a single program. It quickly captures images and measures all two-dimensional planar dimensions of a product. For small workpieces, it can perform matching and positioning without establishing a coordinate system. The equipment can function as a 2.5D measuring machine, a stitching device, or a line laser scanning device, truly achieving a multifunctional three-in-one inspection system.

A high-magnification lens enables high-precision measurement of minute dimensions, while 3D line laser scanning quickly measures the flatness and step differences of workpieces. The system evaluates results and generates reports.

Utilizes 3D line laser and wide-field imaging for integrated three-in-one measurement.

Simultaneously measures height, flatness, and arbitrary planar dimensions, programmable into a single operation sequence.

Rapidly captures and measures all two-dimensional planar dimensions of products.

For small workpieces, eliminates the need for coordinate system setup and enables automatic alignment.

High-magnification lens delivers high-precision measurement of minute dimensions.

Speed: Capable of measuring multiple products simultaneously. Once products are placed, a single click initiates measurement of all dimensions for multiple items on the platform, revolutionizing traditional measurement methods.

No Human Error: Measurement results remain consistent regardless of the operator.

Simplicity: User-friendly operation that anyone can perform quickly and easily.

Flexibility: Products can be placed freely without requiring any fixtures.

Automated Reporting: Measurement data and reports can be automatically generated upon completion.

High Precision: Powered by advanced software processing systems and precise algorithms to deliver highly accurate measurement results.

Featuring a bridge-moving configuration with the workpiece remaining stationary, this system integrates cutting-edge technologies from precision mechanics, measurement and control systems, software algorithms, and optical design. It is widely applied in large-stroke measurement fields such as die-cut backlight modules, optoelectronics, circuit boards, plastic frames, and etching. The system enables batch-integrated precision measurement with consistent and reliable performance, offering exceptional measurement solutions. Renowned for its high accuracy, fast speed, and stable performance, it stands as an industry benchmark.

Programmable five-ring, eight-zone LED surface cold light and parallel contour cold light endow the lighting system with greater adaptability to diverse measurement requirements. For specialized workpieces, varying lighting effects can be employed to highlight their features, enabling more precise data capture and achieving higher repeatability accuracy.

Adhering to a design philosophy of efficiency and convenience, the unit features a clean and elegant exterior, with fluid lines that embody this design ethos.

While meeting measurement stroke requirements, the compact and agile form factor delivers outstanding rapid response performance.

Precision rectangular beam technology with aerospace-grade aluminum alloy ensures both stability and agility through lightweight design.

Three-axis granite construction provides high rigidity

deformation resistance, and outstanding stability.

Patented air-bearing system suppresses vibration and prevents adhesion

supporting high-speed and high-acceleration operation.

Precision Analysis of Micro-topography Decoding the Material's Surface Cipher

Stability is the cornerstone of all measurements.

Without stability, any measurement is meaningless.

STA is engineered for stable measurement. Core components—including its integrated body, heavy-load spindle, and heavy-duty automatic adjustment stage—are designed with over 300% redundant rigidity beyond the required target. The high rigidity of the entire machine ensures long-term, stable measurements.

Beyond precise, stable measurement of small parts, STA’s high-rigidity frame and functional components also enable accurate measurement of large, heavy workpieces such as spindle sleeves, shaft cores, gear shafts, crankshafts, and other long-axis parts.