Mitutoyo measuring instrument used in TDC
TDC has the following Mitutoyo measuring instruments.
Contents
Mitutoyo measuring instrument used in TDC
| Model | Spec |
| Ultra High Accuracy CNC CMM LEGEX9106 |
High Accuracy High-speed driving 3D- co-ordinate Measuring Machines X900*Y1000*Z600 |
| Ultra High Accuracy CNC CMM CRYSTA-Apex S7106 |
High Accuracy 3D- co-ordinate Measuring Machines X705*Y1005*Z605 |
| MF-UB2010D |
Measuring Microscope 200*100,Z=150 |
| Surftest SJ400 | Contact Surface Roughness Tester |
We also use micrometer, digital indicator, caliper, gauge block, etc.
For other measuring instruments used in TDC, please check the “Measurement Equipment” page.
Ultra High Accuracy CNC CMM LEGEX9106
Main features
- The LEGEX series is an ultra-high-precision CNC coordinate measuring machine that boasts the world’s highest level of accuracy by thoroughly analyzing and eliminating error factors.
- The base of the main body is made of carefully selected materials and uses a sealed structure to achieve high rigidity and high damping. In addition, stress analysis using FEM structural analysis simulation is thoroughly performed to guarantee geometric motion accuracy that minimizes deformation due to load fluctuations. In addition, we have introduced a number of technologies to achieve ultra-high accuracy, such as the structure of the drive unit and vibration countermeasures.
- The length measuring unit for position detection is equipped with an ultra-high-precision length-measuring unit (manufactured in-house) that combines an ultra-high-precision crystallized glass scale with a coefficient of thermal expansion of ≒ 0 and a high-resolution high-performance reflective linear encoder. , Has extremely high position detection capability and enables ultra-high precision machine control.
- The installation environment of the ultra-high precision machine required a constant temperature room class, but the temperature compensation function makes it possible to guarantee accuracy in a wide range of temperature environments.
| Model | LEGEX9106 |
| Minimum display amount(mm) | 0.00001 |
| range of measurement X(mm) | 900 |
| range of measurement Y(mm) | 1000 |
| range of measurement Z(mm) | 600 |
|
Drive speed CNC mode |
200 |
| Guidance method (each axis) | Air bearing |
| Length measuring unit | Linear encoder |
| Maximum height of the object to be measured (mm) | 850 |
| Body specifications Pneumatic(MPa) | 0.5 |
| Body air consumption(L/min) | 120L/min(160L / min or more as an air source) |
| Measurement table material | cast iron |
| Measurement table size (paraboloid)(mm) | 950×1050 |
| Maximum loading mass of the measured object (kg) | 800 |
| Others | Length measurement error (um): E0, EPM = 0.28 + L / 1000 ~ (When using MPP310Q) L = Arbitrary measurement length (unit: mm) |
It is used to measure flatness, parallelism, various dimensions, etc. according to the specifications.
We also accept requests for measurement only, so please feel free to contact us.
Ultra High Accuracy CNC CMM CRYSTA-Apex S7106
| Model | Crysta-Apex C7160 |
| Measurement range | X 705mm、Y 1,005mm、Z 605mm |
| Minimum display amount | 0.0001mm（0.1 um） |
| Measurement object | Maximum height 800 mm Maximum mass 1,000 kg |
| Drive speed CNC mode Maximum combined speed (AUTO) (mm / s) |
520 |
| Guidance method (each axis) | Air bearing |
| Maximum measurement speed | 8mm/s |
Used as a general-purpose machine. It is used to measure flatness, parallelism, various dimensions, etc. according to the specifications.
We also accept requests for measurement only, so please feel free to contact us.
MF-UB2010D
Main features
- A versatile model capable of various observation methods
- Equipped with a manual stage that realizes intuitive alignment, and a quick release function that allows you to switch between coarse and fine movement operations without checking your hand. It does not take time to prepare for measurement.
- The plan apochromat lens, which corrects chromatic aberration that causes bleeding as well as long working distance with high workability, provides a clean observation image with excellent color reproducibility.
- In addition to brightfield observation, which is a general magnified image, various observation methods such as darkfield observation, simple polarization observation, and differential interference contrast observation can be selected according to the application.
| Model | MF-UB2010D |
| Minimum display amount(µm) | 0.1,0.5,1 |
| Observatory lens barrel | Standard accessory: Tilting lens barrel Standard attachment: Camera port (Observation: Camera = 50:50 fixed) Standard attachment: Reticle (chain line cross line width 5µm) Options: Various reticle |
| Observation part Observation image | Upright statue |
| Observation unit Observation method | Bright field |
| Eyepiece magnification | 10 |
| Stage measurement range(mm) | 200×100 |
| Measurement accuracy (at 20 ° C with no load)(µm) | (2.2 + 0.02L) L: Measurement length (mm) |
| Observatory viewing angle(°) | 30 |
| Stage maximum load capacity(kg) | 10 |
| Stage feed mechanism | Manual quick release mechanism (built-in zero set switch) |
| Z-axis maximum object height(mm) | 150 |
| Z-axis feed mechanism |
Manual left and right handles |
| Output method | RS-232C output, USB output for image unit |
|
Dimensions For lighting equipment |
114×360×96 |
| External dimensions(mm) | 624×745×667 |
| mass(kg) | 75 |
| Maximum power consumption(W) | LED specifications: 55 Halogen specifications: 190 (vertical epi-illumination 12V, 100) 240 (vertical epi-illumination 15V, 150) |
It is used when measuring precise dimensions such as the above angles and dimensions.
Surftest SJ400 Contact Surface Roughness Tester
| Measurement range | 800、80、8μm |
| Minimum resolution | 0.0125 |
| Power-supply voltage | AC100V |
A pointed diamond needle called a stylus measures surface roughness by directly tracing the sample, and is widely used for surface roughness measurement. Since it will be scratched, it is mainly used for rough surfaces that are not mirror surfaces.
What kind of company is Mitutoyo?
Mitutoyo is a comprehensive manufacturer of precision measuring instruments, founded in 1934 and headquartered in Takatsu, Kawasaki City, Kanagawa Prefecture. The market share of micrometer in Japan is about 90%, and it has a high market share outside Japan. Currently, we have offices in 31 countries around the world and are expanding our business all over the world.
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