The ruler is used for measurements and is available in both aluminum-copper (AC) and beryllium-copper (BC).

The T-square is used for drawing and measuring.
The T-square has a length of 1000 mm and is made of a brass alloy.

The level indicator consists of a set of thin gauges from 0.05 mm to 1.00 mm and is used to measure the gap dimension.

The level indicator is used to check the workpiece verticality and the relative position of the workpiece verticality.
The level indicator is available in both aluminum-copper (AC) and beryllium-copper (BC).

The most common application of the 2101A brass hammer is to strike or hammer shapes and workpieces without deforming them. When driving iron nails into wood or simply shaping a piece of metal, the hammer causes no damage to the surface of the nail or the metal.

The hammer is equipped with a fiber-reinforced, durable plastic handle, which is made of more than 70% high-strength fibers. In order to achieve good properties such as high strength, long service life and stable mechanical performance, the hammer head has been subjected to a precision forging process.

The most common application of the 2101B brass hammer is to strike or hammer shapes and workpieces without deforming them. When driving iron nails into wood or simply shaping a piece of metal, the hammer causes no damage to the surface of the nail or the metal.

The most common application of the brass hammer is for striking or hammering molds and workpieces without deforming them. When driving iron nails into wood or simply shaping a piece of metal, the hammer causes no damage to the surface of the nail or the metal.

The most common application of the brass hammer is to strike or hammer shapes and workpieces without deforming them. When driving iron nails into wood or simply shaping a piece of metal, the hammer causes no damage to the surface of the nail or the metal.

The most common application of the brass hammer is to strike or hammer shapes and workpieces without deforming them. When driving iron nails into wood or simply shaping a piece of metal, the hammer causes no damage to the surface of the nail or the metal.

The most common application of the brass hammer is to strike or hammer shapes and workpieces without deforming them. When driving iron nails into wood or simply shaping a piece of metal, the hammer causes no damage to the surface of the nail or the metal.

The most common application of the brass hammer is to strike or hammer shapes and workpieces without deforming them. When driving iron nails into wood or simply shaping a piece of metal, the hammer causes no damage to the surface of the nail or the metal.

The most common application of the brass hammer is to strike or hammer shapes and workpieces without deforming them. When driving iron nails into wood or simply shaping a piece of metal, the hammer causes no damage to the surface of the nail or the metal.

The most common application of the brass hammer is to strike or hammer shapes and workpieces without deforming them. When driving iron nails into wood or simply shaping a piece of metal, the hammer causes no damage to the surface of the nail or the metal.

The most common application of the brass hammer is to strike or hammer shapes and workpieces without deforming them. When driving iron nails into wood or simply shaping a piece of metal, the hammer causes no damage to the surface of the nail or the metal.

The most common application of the brass hammer is to strike or hammer shapes and workpieces without deforming them. When driving iron nails into wood or simply shaping a piece of metal, the hammer causes no damage to the surface of the nail or the metal.

The most common application of the brass hammer is to strike or hammer shapes and workpieces without deforming them. When driving iron nails into wood or simply shaping a piece of metal, the hammer causes no damage to the surface of the nail or the metal.

The most common application of the brass hammer is to strike or hammer shapes and workpieces without deforming them. When driving iron nails into wood or simply shaping a piece of metal, the hammer causes no damage to the surface of the nail or the metal.

The most common application of the brass hammer is to strike or hammer shapes and workpieces without deforming them. When driving iron nails into wood or simply shaping a piece of metal, the hammer causes no damage to the surface of the nail or the metal.

The most common application of the brass hammer is to strike or hammer shapes and workpieces without deforming them. When driving iron nails into wood or simply shaping a piece of metal, the hammer causes no damage to the surface of the nail or the metal.

The most common application of the brass hammer is to strike or hammer shapes and workpieces without deforming them. When driving iron nails into wood or simply shaping a piece of metal, the hammer causes no damage to the surface of the nail or the metal.