Easy-to-operate, space-saving model with advanced functionality to meet various needs
High Efficiency
Flexible Utility
Simple but Advanced Platform
Constant attendance is not required. The operator can engage in other tasks.
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Controlling the variation of measurement data Automatic edge detection Image auto focus |
Automatic measurement can be started just with rough positioning Pattern search Manual tool |
Automatic 100% inspection without any omission Dramatic reduction in the inspection time
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Quick inspection It takes only about 2 seconds to inspect a hole, thus significantly reducing the Inspection time (M1.4, depth 3 mm). Through setting the data for up to fifty spots, the user can continuous check threaded holes of different depths (for instruments with an XY positioning table). Floating mechanism (radial compensation, angular compensation) The floating mechanism ensures precise screwing motion regardless of the positional accuracy or inclination of holes. The system monitors the floating amount with a sensor to measure the depth of threaded holes with high precision. Inspection torque setting of your choice Conventional manual inspection using thread gauges can be automated, enabling the inspection at more stable torques. Inspection (screwing) torque can be set to best suit each product. Because the internal rotation resistance has been |
Epoch SUS Finish, Epoch SUS Multi, Epoch SUS Wave
Additional lineup of Epoch SUS Finish for finishing.(size : φ3.0~12.0 36 items)
Features of Epoch SUS series
1.Suppressing vibration by unequal pitch geometry.
2.Smooth chip evacuation by double gash
3.Improving chipping-resistance & wear-resistance by double-eccentric relief face.
4 Smooth chip evacuation by optimized flute geometry
5.Improving wear-resistance and tool life by PN Coating.
| Overview of Epoch SUS Series |
| Line-ups of Epoch SUS seriesLine-ups of Epoch SUS series |
| Features | 01 | Unequal pitch geometry Dramatically suppressing vibration |
| Features | 02 | Double Gash Smooth chip evacuation |
| Features | 03 | Introduction of Double-eccentric relief face Improving chipping-resistance & wear-resistance |
| Wear status after SUS304 side millin |
| Features | 04 | Optimized Flute geometry Smooth chip evacuation |
| Features | 05 | PN Coating Improving wear-resistance and tool life |
| Features | 01 | Features of Epoch Deep Evolution |
| Flute shape increases resistance to breakage. |
| Epoch Deep Ball Evolution | Epoch Deep Square Evolution | |
| Improved compound neck shape |
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Further improves the conventional compound shape of R and taper to both resist breakage and suppress deflection. Caution |
Static load test results Testing tool size φ1×Under neck 6 Deflection suppression effect is high even under the same load. Enables machining with even higher accuracy. |
| Improved compound neck shape |
| Features | 02 | New coating with excellent adhesion and wear resistance |
・A heat-resistant coating material with excellent adhesion to the tool
Absolute Encoder Built-in Height Gage
Features
Slider Feed Wheel
• Smooth up/down displacement is ensured with the slider feed wheel identical with that of proven double-column height gages.
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Large Clamp Lever |
Base |
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Column |
Built-in ABS (Absolute) Encoder
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Large Liquid Crystal Display |
Output Function Provided |
The ZTS Series is the “standard model” line of digital force gauges from IMADA designed for general-purpose use in tension and compression testing.
-Fast sampling for both Peak Values and Continuous Data, achieving high reproducibility
-Clear OLED display with a variety of significant capabilities
-Measurement benefit increased by external output and practical functions
-Allows easy Data acquisition and management with the included software
Evolution to the Next Series
Next Series is a generic term for IMADA measurement devices with upgraded functions, performances with the essential modifications. The devices enable to install additional functions from the user support site, IMADA Connected. On the website, related data such as software and instruction manuals can also be downloaded. New Series: ZTS Series Firmware Ver.5 or later.
New Features
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-Increased measurement stability achieved from further noise reduction to the measurement |
Measurement Data Wireless Communication System
What is the U-WAVE Series?
“U-WAVE”, the measurement data wireless communication system, collects data in the inspection process swiftly and accurately, and increases a company's competitiveness based on detailed data analysis. In addition, together with MeasurLink, “IoT of Quality Control envisioned by Mitutoyo” can be achieved.
Achieve Smart Measurement
Measurement Data Wireless Communication System U-WAVE
This is a system that transmits data from Mitutoyo Digimatic gages to software such as Excel or Notepad via wireless communication.It saves time and eliminates misinput, helps achieve cost reductions and better efficiency while maintaining excellent operability.
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From a Digimatic gage connected with U-WAVE |
Data is obtained via wireless communication and sent to commercial software such as Excel |
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Higher Efficiency Data can be input by single button operation! Since there is no need for manual |
Improved efficiency in measuring thin and small objectsSuperior element recognition capabilities provide smart dimension measurement. Thin and small workpieces can be measured instantly, simply by placing them on the measuring stage. |
Designed for intuitive operation. Advanced software design.
Immediate Measurement by Placing Workpieces
A digital system means speed.
The procedure is automatically determined based on the type of workpiece. To start measuring a workpiece, simply place it on the measuring stage.
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Automatic Element Detection Detects multiple elements at once. Automatically recognizes and detects circles, lines, and more with just one tap. Measurements can be performed quickly without the need |
| Application | Instrument | Measurement-surface form | Measurement example |
| Series 573, 536 Tube Thickness Calipers Pipe thickness |
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| Series 573, 536 Inside Calipers (Point Jaw Type) Narrow groove diameter |
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| Neck Calipers (Point Jaw Type) Narrow groove diameter |
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| Series 573, 536 Blade Type Calipers Narrow groove diameter |
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| Series 573 Low Force Calipers Soft parts difficult to measure due to deformation |
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| Series 573, 536 Offset Calipers Stepped-part dimensions |
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| Series 573, 536 Offset Centerline Calipers Center-to-center distance of holes |
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| Series 573 Centerline Calipers (Back-Jaw Type) Center-to-center distance of holes |
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| Series 573, 536 Point Calipers Random point-to-point dimensions |
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| Series 573, 536 Inside Calipers Inside diameter or width |
| Application | Instrument | Measurement-surface form | Measurement example |
| Series 395, 115, 295 Tube Micrometers (Spherical and Cylindrical Anvil Type) Fine tube thickness |
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| Series 395, 115 Tube Micrometers (Spherical and Cylindrical Anvil Type) Pipe thickness |
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| Series 395, 115, 295 Tube Micrometers Pipe thickness |
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| Series 395, 115, 295 Tube Micrometers (Spherical Anvil and Spindle Type) Web thickness |
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| Series 342, 112, 142 Point Micrometers Narrow groove diameter |
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| Series 331, 111, 131 Spline Micrometers Spline diameter |
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| Series 389, 118 Sheet Metal Micrometers Sheet metal thickness |
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| Series 119 Sheet Metal Micrometers Sheet metal thickness |
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| Series 422, 122 Blade Micrometers (Non-Rotating Spindle Type) Narrow groove diameter |
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| Series 323, 123, 223 Disk Micrometers Root tangent length |
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| Series 369, 227, 169 Disk Micrometers (Non-Rotating Spindle Type) Root tangent length |
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| Series 342, 112, 142 Crimp Height |