Equipment name: Hexagon three yuan (CMM)

Equipment parameters: range is 500*400*300. Dimensional measurement accuracy is +/-0.002 mm,

Application range:

1: Mainly used for contact measurement, high-precision size, contour or position, etc.; and in process production, the program repeatedly measures high-precision dimensions.

2: Complete geometric measurement and quality control tasks of various precision grades, and complete a variety of industrial metrology applications, such as first and final parts inspection, fixture verification and process control.

3: Extensive probe selection support The Inspector also offers a variety of probe configurations, manual and automatic head mounts, and automatic probe changer configurations.

4: Equipped with PC-DMIS software Whether it is complex parametric programming, or simply measuring the diameter value. And supportvarious measurement applications based on CAD, UG.

Equipment Name: Hexagon Seven Seas Image Measuring Instrument:

Equipment parameters: range is 400*300*200. Dimensional measurement accuracy is +/- 0.002 mm.

Application range:

1: Mainly used to measure high-precision size, contour or position, etc.; and in process production, programming repeatedly measures high-precision dimensions.

2: XYZ three-axis CNC automatic measurement can be realized, and various geometric measurement, CNC programming, SPC report function, etc. can be realized by mouse.

3: Accurately identify the contour of the gear in the production process of the gear. The tooth shape is exported to compare the engineering figures to accurately determine the production and processing errors.

Equipment Name: Japan T-MAX double-sided gear meshing instrument:

Application range:

1: According to 8 kinds of precision standards, belong to ISO, GB, AGMA, DIN, JIS, and JGMA.

2: The deviation item in the above accuracy standard can be measured and the accuracy level judgment corresponding to each standard is given.

3: Total radial composite deviation (Fi)

Tooth-to-toothradial composite deviation (fi")

Double joint radial run / Runout by composite test (Fr")

4: In addition to spur gears and helical gears, we can measure worms, bevel gears, internal gears and racks.

5: Automatic, repeat and manual measurement modes for optimum measurement speed can be achieved with DC motor speed control

6: Measurement result graph Meshing curve: The wavy chart and multi-image display and printing .There is also a statistical histogram of the measurement results.

The dynamic balancer KMbalancer is a machine that measures the magnitude and position of the unbalanced object (rotor). When any rotor rotates about its axis, centrifugal force is generated due to uneven mass distribution with respect to the axis. This unbalanced centrifugal force acts on the rotor bearings, causing vibrations, generating noise and accelerating bearing wear, which can seriously affect the performance and life of the product. Rotating components such as motor rotors, machine tool spindles, internal combustion engine crankshafts, turbine rotors, gyro rotors and watch balances need to be balanced to operate smoothly and normally.

Equipment name: Gear radial runout measuring instrument:

Equipment parameters: range PIN diameter 0-8mm. Dimensional measurement accuracy is +/- 0.001 mm.

Application range:

Measuring the radial runout of a spur gear or a bevel gear, and also measuring the radial runout error of a rotary part. This standard is for special measuring equipment for plastic gears.

The blasting machine blasting machine is an international general-purpose Mullen type instrument, which is widely used in packaging materials. It is mainly used for measuring various cardboard and single-layer and multi-layer corrugated paperboard, and also for non-paper materials such as silk and cotton. Test of burst strength. As long as the material is placed, it is automatically detected, automatic test, automatic oil pressure return and automatic calculation, storage test data, printing, digital display of the instrument and automatic printing of test results and data processing.

Design standards for blasting machines: GB/T1539, GB/T454, ISO2759