🛠️ 0-10mm Dial Indicator Precision Instruments are essential tools for precise measurements in various engineering and manufacturing applications. Designed for accuracy and ease of use, these dial indicators allow users to measure dimensions with exceptional precision.
Specifications:
- Measuring Range: 0-10mm / 0-30mm
- Resolution: 0.01mm for enhanced accuracy
💍 Features:
- The dial indicator showcases a remarkable accuracy of 0.01mm, making it ideal for determining the concentricity of components with unparalleled precision.
- With a clear, well-defined scale, users can capture measurements with intuitive ease, significantly simplifying the workflow.
- Constructed from high-quality stainless steel, the measuring probe is both rust-resistant and wear-resistant, ensuring longevity and reliability in demanding environments.
🔍 Lever Dial Indicator:
- Measuring Range: 0-0.8mm
- Resolution: 0.01mm
- The device features a measuring probe that can rotate 240°, offering flexibility and accessibility when measuring various surfaces.
- The probe is crafted from alloy tungsten steel, known for its hardness and durability.
- This model comes with essential accessories, including shaft sleeves of φ6mm and φ8mm for versatile applications.
💍 Inch Dial Indicator:
- Specification: 0-1" with a resolution of 0.001"
- Features a pointer display for straightforward reading.
- Digital Dial Indicator: With measurement ranges of 0-12.7mm (0.5") and 0-25.4mm (1"), this indicator includes a digital display for enhanced visibility and ease of interpretation.
- The resolving power remains at 0.01mm, ensuring high precision in measurements.
- Powered by a 1.55v Silver Oxide Battery (Sr44), please note that batteries are not included with the product.
🛠️ These precision measurement tools are perfect for engineers, machinists, and quality control professionals who require reliable and accurate readings in their work. Their durability, flexibility, and user-friendly design make them invaluable assets for both professional and hobbyist settings.
