The Stainless Steel 6 Goniometer 180 Dg X 5 Dg is engineered for precise angular measurement in demanding environments. Crafted from corrosion-resistant stainless steel, this instrument delivers dependable performance over time, even in challenging lab or production settings. Its compact form factor ensures easy integration into metrology stations, fixture assemblies, and QA workflows without occupying excessive bench space.

Key features designed for accuracy and repeatability include:

• Full 180-degree range with 5-degree increments, enabling quick setup for a wide variety of alignment tasks while maintaining consistent reference points across sessions.
• Tension control via a thumb valve positioned between the arms, allowing you to adjust and stabilize the device during adjustment. This minimizes drift and helps hold a precise angle while finalizing measurements.
• Dual opposing scales marked in 5-degree increments, providing clear visibility from either side for accurate reading in varied viewpoints and documentation contexts.
• Durable, corrosion-resistant construction that supports long service life in laboratories, manufacturing floors, and calibration labs, reducing maintenance and replacement needs.
• Simple, reliable operation designed for straightforward setup and measurement without complex tooling, enhancing workflow efficiency on busy benches or in automated environments.

The goniometer is ideally suited for a range of professional applications. In laboratory metrology, it supports precise angular positioning during experiments and alignment tasks where repeatability is essential. In manufacturing and fixture alignment, it aids in establishing reference angles for assemblies, fixtures, and robotic workstations, contributing to consistent part orientation and process control. For calibration and QA, the dual-scale readouts facilitate rapid cross-checks and documentation, enabling technicians to record measurements accurately without repositioning the instrument.

Operationally, the device offers dependable performance in practical settings. The stainless steel body resists wear and corrosion, ensuring stable readings over time. The tension control mechanism between the arms helps secure the instrument during adjustments, reducing the risk of angle drift when dealing with tight tolerances. The standardized 5-degree increments provide a uniform measurement language, supporting traceability and repeatable experiments across operators and sessions.

Designed to be a practical, no-nonsense angular measurement solution, this goniometer supports precise alignment tasks in a wide range of environments. Whether used as a primary metrology instrument in a dedicated station or as a dependable supplementary tool on a production floor, it contributes to improved measurement reliability and workflow efficiency. The combination of robust stainless steel construction, easy tension adjustment, and clear dual-scale readability makes it a reliable choice for professionals who require accuracy, durability, and straightforward operation in angular measurement tasks.

The Stainless Steel 6 Goniometer 180 Dg X 5 Dg is engineered for precise angular measurement in demanding environments. Crafted from corrosion-resistant stainless steel, this instrument delivers dependable performance over time, even in challenging lab or production settings. Its compact form factor ensures easy integration into metrology stations, fixture assemblies, and QA workflows without occupying excessive bench space.

Key features designed for accuracy and repeatability include:

• Full 180-degree range with 5-degree increments, enabling quick setup for a wide variety of alignment tasks while maintaining consistent reference points across sessions.
• Tension control via a thumb valve positioned between the arms, allowing you to adjust and stabilize the device during adjustment. This minimizes drift and helps hold a precise angle while finalizing measurements.
• Dual opposing scales marked in 5-degree increments, providing clear visibility from either side for accurate reading in varied viewpoints and documentation contexts.
• Durable, corrosion-resistant construction that supports long service life in laboratories, manufacturing floors, and calibration labs, reducing maintenance and replacement needs.
• Simple, reliable operation designed for straightforward setup and measurement without complex tooling, enhancing workflow efficiency on busy benches or in automated environments.

The goniometer is ideally suited for a range of professional applications. In laboratory metrology, it supports precise angular positioning during experiments and alignment tasks where repeatability is essential. In manufacturing and fixture alignment, it aids in establishing reference angles for assemblies, fixtures, and robotic workstations, contributing to consistent part orientation and process control. For calibration and QA, the dual-scale readouts facilitate rapid cross-checks and documentation, enabling technicians to record measurements accurately without repositioning the instrument.

Operationally, the device offers dependable performance in practical settings. The stainless steel body resists wear and corrosion, ensuring stable readings over time. The tension control mechanism between the arms helps secure the instrument during adjustments, reducing the risk of angle drift when dealing with tight tolerances. The standardized 5-degree increments provide a uniform measurement language, supporting traceability and repeatable experiments across operators and sessions.

Designed to be a practical, no-nonsense angular measurement solution, this goniometer supports precise alignment tasks in a wide range of environments. Whether used as a primary metrology instrument in a dedicated station or as a dependable supplementary tool on a production floor, it contributes to improved measurement reliability and workflow efficiency. The combination of robust stainless steel construction, easy tension adjustment, and clear dual-scale readability makes it a reliable choice for professionals who require accuracy, durability, and straightforward operation in angular measurement tasks.