Zero Setter

The Dasqua Blue Digital Zero Setting Device with 0.001 mm resolution is a high-precision measuring tool designed to provide accurate and reliable zero-setting for CNC machines, lathes, and milling machines. This device features a digital display that ensures easy readability of measurements, offering precise resolution down to 0.001 mm for ultimate accuracy in machining applications. Built with a robust blue anodized aluminum frame, it is both lightweight and durable, ideal for withstanding the rigors of frequent use in industrial settings. The magnetic base ensures secure attachment to metal surfaces, eliminating the risk of slippage and maintaining measurement stability. Its user-friendly interface makes zero-setting tasks faster and more efficient, increasing productivity in workshops. The spring-loaded contact prevents tool damage, ensuring long-lasting performance. The Dasqua Blue Digital Zero Setting Device is an essential tool for professionals seeking precision and accuracy in their machining, calibration, and tool setup processes.

The Dasqua Blue Zero Setting Device with Magnetic Base is a high-precision tool designed for accurately setting tool heights in machining and milling operations. Featuring a robust blue anodized aluminum body, it ensures durability and resistance to wear while maintaining precision in measurement tasks. With a 50 mm reference height, this device provides a consistent and reliable method for zero-point calibration, improving efficiency in CNC machining, milling, and lathe applications. The strong magnetic base ensures firm attachment to metal surfaces, preventing unwanted movement and enhancing measurement stability. Equipped with a spring-loaded contact face, it prevents tool damage while offering precise and repeatable measurements. The large, easy-to-read dial further enhances accuracy, making it suitable for both professional machinists and workshop users. Compact, durable, and easy to use, the Dasqua Blue Zero Setting Device with Magnetic Base is an essential tool for ensuring precise tool alignment and setup in metalworking and manufacturing environments.

Zero setter 6556-50 is a product from INSIZE. This Zero Setter 6556-50 is a very valuable item for the designers who are working in CAD & CAM, as it enables them to make precise measurements of the objects and surfaces.

The Insize Zero Setter 6554-50 is a precision tool designed for accurately setting the zero point or reference position of various machining and measuring instruments. With a specified accuracy of ±10 μm, this zero setter provides a reliable means of establishing a consistent reference point, ensuring that measurements and machining operations are accurate and consistent. This tool is widely used in industries such as manufacturing, machining, and quality control, where precision is paramount. The primary function of the 6554-50 Zero Setter is to assist in the setup and calibration of machine tools and measuring instruments. It is especially valuable for CNC (Computer Numerical Control) machines and coordinate measuring machines where precise zero point setting is crucial for the accuracy of the workpiece being machined or measured. The instrument is constructed with high-quality materials to ensure its durability and accuracy over time, even in demanding industrial environments. It features a highly accurate contact point that can be gently pressed against the measuring surface, allowing it to detect minute deviations in height and establish a precise zero reference point. The 6554-50 Zero Setter is user-friendly, with an easy-to-read dial or digital indicator that provides clear and precise readings. Its compact design and simple operation make it accessible to both experienced professionals and those new to precision machining and measurement. In summary, the Insize Zero Setter 6554-50 is a critical tool for professionals and industries that require precise zero point setting for machining and measurement operations. Its high level of accuracy, durable construction, and user-friendly design make it an invaluable asset in various applications, from CNC machining and quality control to general machining tasks. Whether you are responsible for ensuring the accuracy and consistency of your machining or measurement processes, this tool simplifies the setup and calibration process, ultimately contributing to the precision and quality of your work.

The Insize Zero Setter 25 mm Dia 6N±0.3 N Reset Force, 9411 offers cutting-edge accuracy for professionals needing reliable measurements in various industrial and laboratory settings. Whether it's quality control, dimensional verification, or environmental monitoring, this tool delivers dependable results every time. Its handheld design makes it easy to operate, improving workflow efficiency without compromising precision.As part of the renowned Insize line, the Insize Zero Setter 25 mm Dia 6N±0.3 N Reset Force, 9411 falls under the premium precision measurement tools segment. Built with durable materials and user-friendly features, it’s ideal for engineers, inspectors, and technicians. Depend on this versatile tool for consistent performance in diverse measuring and analysis applications.

Insize Electronic Zero Setter with 39 mm Diameter and 50 mm Height, 6553-50 is a precision tool used in machining and manufacturing to accurately establish a reference point, or "zero," for various machine tools and measuring instruments. It plays a crucial role in ensuring the accuracy and consistency of machining processes. Here's a detailed explanation of its key components and its operation:
Key Components:
Base: The electronic zero setter typically has a stable and flat base that provides a reference surface for positioning the workpiece or tool.
Probe: The probe is the critical component of the zero setter. It's a precision tool that touches the workpiece or tool and measures the position accurately. The probe is often spring-loaded, ensuring a gentle but firm contact with the surface.
Electronic Display: An electronic zero setter is equipped with a digital display that shows the measurement results. This display provides precise numerical values, making it easy to set and verify the zero point accurately.
Control Buttons: Some models have control buttons for functions such as zero setting, resetting, and unit selection.
How it Works:
The operation of an electronic zero setter involves the following steps:
Initial Setup: Place the electronic zero setter on a stable surface or the machine's worktable.
Contact with Workpiece/Tool: Bring the workpiece or tool into contact with the probe of the zero setter. The probe gently touches the surface.
Zero Setting: Press the zero-setting button on the electronic display. This action records the current position as the reference point or "zero."
Measurement: The digital display provides the precise measurement value, which can be either positive or negative, indicating the relative position of the workpiece or tool in reference to the zero point.
Electronic zero setters are commonly used in machining operations to set the workpiece or tool's reference point with high precision. This is essential for tasks like:
Tool Offsetting: Setting the zero point for cutting tools, ensuring that they start at the correct position on the workpiece.
Workpiece Alignment: Positioning the workpiece accurately for various machining operations, such as milling, turning, and grinding.
Quality Control: Verifying the dimensions and tolerances of workpieces, especially in industries that require high-precision components.
Calibration and Setup: Ensuring that machine tools are calibrated correctly and operate with optimal accuracy.
The electronic zero setter's ability to provide accurate and repeatable measurements significantly contributes to the efficiency and precision of machining processes. It reduces setup times, minimizes errors, and helps maintain consistent quality in manufacturing and machining operations.

Insize Low Test Force Zero Setter 1 N Test Force and ±10 µm Accuracy, 6555-100B is a precision instrument used in metrology and quality control to accurately calibrate or set the zero point of various measuring devices, particularly those designed for low test forces or loads. These devices are essential for ensuring the accuracy and reliability of measurements in industries like manufacturing, engineering, and quality assurance.
Key features and functions of a Low Test Force Zero Setter:
Precise Calibration: The primary function of a Low Test Force Zero Setter is to calibrate and establish the reference point (zero) for measuring instruments, including dial indicators, micrometers, and other instruments that operate with low applied forces.
Low Test Force: These devices are designed to apply a very low and controlled test force to the measuring instrument, ensuring that the zero point is accurately set while minimizing any deformation or damage to sensitive components.
Adjustable Force: Low Test Force Zero Setters often feature an adjustable force mechanism, allowing users to set the desired test force according to the specifications of the measuring instrument being calibrated.
Flat and Parallel Surface: The instrument has a flat and parallel reference surface that ensures the measuring instrument's contact point is properly aligned during calibration.
Indicator or Display: Some models include an indicator or digital display to show the deviation from the reference zero point, helping operators make precise adjustments.
Sturdy Construction: These instruments are typically constructed with materials that are stable, rigid, and wear-resistant to maintain accuracy over time.
Applications of Low Test Force Zero Setters:
Calibration: The primary application is to calibrate and zero measuring instruments, including dial indicators, micrometers, and digital indicators, to ensure that they provide accurate measurements.
Quality Control: In manufacturing and quality control processes, Low Test Force Zero Setters help maintain the accuracy and reliability of measuring instruments used in production.
Metrology: In the field of metrology, these devices are crucial for establishing precise measurement standards and ensuring traceability.
Research and Development: Laboratories and research facilities use Low Test Force Zero Setters to maintain the accuracy of measuring equipment used in experiments and research projects.
Aerospace and Automotive: These instruments play a significant role in the calibration and maintenance of measuring tools used in aerospace and automotive industries, ensuring the quality of components and assemblies.
Machining and Machinist Tools: Machinists and precision machining facilities use Low Test Force Zero Setters to calibrate and zero measuring instruments employed in machining processes.
Low Test Force Zero Setters are vital tools for maintaining the accuracy of measuring instruments, which is essential in ensuring the quality of products, components, and processes in various industries. By setting a reliable reference zero point, these devices contribute to precise and consistent measurements, reducing errors and improving overall quality control.