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Lathe Tool Dynamometer

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Lathe Tool Dynamometer Specification

Display Type
Digital LCD

Specimen Size
Standard lathe tool dimensions

Application
Measurement of cutting forces in turning operations

Response Time
<100 ms

Automation Grade
Semi-automatic

Equipment Type
Strain Gauge Type Dynamometer

Frequency
50 Hz

Gas Pressure
Ambient

Operating Voltage
230 V AC

Number of Specimens
Single or multiple

Humidity
Up to 85% RH

Temperature
0 to 50C

Resolution
0.1 N

Hardness
65 HRC

Features
Robust construction, High sensitivity, Easy installation

Interface Type
USB/Analog

Measuring Range
0 to 500 N (Fx, Fy, Fz)

Test Range
0 to 500 N

Power Supply
230 V AC, 50 Hz

Port Size
M8

Max Height
120 mm

Accuracy
1% F.S.

Mounting Type
Table mounted

Usage
Laboratory measurement, Research and industrial testing

Capacity
Up to 500 N

Machine Weight
8 kg

Test Speed
Up to 2000 rpm

Test Width
Standard lathe tool holder width (20 mm)

Test Stroke
100 mm

Control Mode
Manual/Automatic

Material
High grade alloy steel

Protection
IP54

Calibration
Factory calibrated

Number of Channels
Three channels (Fx, Fy, Fz)

Load Cell Rating
500 N

Signal Output
Analog voltage (0-10 V)

Data Acquisition
Supported via USB interface

Sensor Type
Strain Gauge

Cable Length
2 meters

Compliance
ISO 9001 certified

About Lathe Tool Dynamometer

Lathe Tool Dynamometer

Capacity	500 Kg in X,Y & Z direction
Display Type	3 independent for X,Y & Z force.31/2 digit LED display.
Power	230V 50 Hz
Resolution	1 kg for all the 3 components.
Brand	Micro Technologies
Tool Size	20 mm square
Dynamometer Mounting hole	25 mm dia Hole to mount sensor on tool post.
Sensor Type	Strainguage based 350 bridge.
Connection	9 pin D connector with shielded cable.3 meter length.
Housing	Metal Enclosure with chrome plating.
Recorder o/p	Analog output for connect any recorder.or data logger provided.
Zero Balancing	Corse and fine potentiometer on front panel.
Enclosure	Powder coated metal box.400(L)x300(W)x100H
Accessories	20mm HSS tool bit- 1 No.

Precision Cutting Force Measurement

This dynamometer efficiently quantifies cutting forces (Fx, Fy, Fz) during turning, supporting both laboratory experiments and industrial testing applications. Its high sensitivity and accuracy make it indispensable for research and quality control, providing valuable data for process optimization and tool evaluation.

Built for Reliability and Durability

Manufactured using high-grade alloy steel and featuring a hardness of 65 HRC, the instrument is designed to withstand intense laboratory and shop-floor conditions. With IP54 protection and ISO 9001 compliance, users can trust the dynamometer's reliability across a wide range of operational environments.

FAQ's of Lathe Tool Dynamometer:

Q: How does the strain gauge type lathe tool dynamometer measure cutting forces?

A: The dynamometer uses integrated strain gauges to detect force in three directions (Fx, Fy, Fz) during turning operations. These gauges translate mechanical strain into an analog voltage signal (0-10 V), which is captured via USB for further analysis.

Q: What is the benefit of factory calibration in this dynamometer?

A: Factory calibration ensures that each dynamometer provides accurate and consistent force measurements directly out of the box, minimizing setup time and enabling reliable research and industrial data acquisition.

Q: When should I use this dynamometer for testing lathe tools?

A: It's ideal for use during laboratory testing, research projects, quality assurance processes, and industrial evaluations where understanding cutting forces is crucial for tool assessment and process optimization.

Q: Where can the lathe tool dynamometer be installed?

A: The device is table-mounted and designed for use in laboratories, industrial workshops, or research facilities, accommodating standard lathe tool holders with a width of 20 mm.

Q: What is the process for acquiring data from this equipment?

A: The dynamometer provides analog voltage output for real-time monitoring and supports USB interfacing for digital data acquisition. Measurements are displayed on a digital LCD with quick response times, enabling immediate analysis.

Q: How does robust construction benefit long-term usage?

A: High-grade alloy steel construction and IP54 protection ensure durability against mechanical stress and environmental factors, supporting long-term, repeatable operation in demanding settings.

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