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Non-Contact Non-Destructive Measurement Optical Vibration Testing Equipment for Speaker Vibration Analysis
US$25,000.00
1 Set
US$22,000.00
2+ Sets

Product specifications

Lens

Models

Frequency range

Product profile

Customization

Available

After-sales Service

Online Video Support

Warranty

1year

Model NO.

KV-X300

Type

Vibration Testing Machine

Accuracy Grade

Pimi Level Accuracy

Load Way

Non Contact

Loading Method

Without

Display

Digital

Control

Computer Control

Weight

0-100Kg

Power Source

AC220V

Measured Laser Wavelength

1550nm

Measured Laser Power

10MW

Measuring Laser Safety Level

Class I

Indication Laser Wavelength

650nm

Indication Laser Power

1MW

Indication of Laser Safety Level

Class II

Speed Measurement

3m/S

Digital Output Interface

1gbit/S, RJ45

Operating Ambient Temperature

0-40℃

Working Environment Relative Humidity

35% to 85%, No Condensation

Power Supply

220V AC/24V DC

Transport Package

Cardboard Box

Specification

Customized

Trademark

Kathmatic

Origin

China

Key features

High universality for wide industries including consumer electronics, lithium battery, automotive, aerospace, precision instruments, material science, home appliances and industrial equipment.
It fits vibration, deformation, fatigue and modal testing of piezoelectric materials, motors, aero-engine blades, speakers, brake discs, ultrasonic devices, pipelines and more.
Pure non-contact laser measurement without sensor pasting or extra mass load, which will not change the original vibration mode of test pieces.
It adapts to ultra-thin films, micro precision components, high-speed rotating parts, high-temperature workpieces and fragile structures that cannot be tested by contact sensors.
Ultra-wide frequency bandwidth ranging from sub-Hz to MHz, with optional 320kHz and 1MHz high-frequency versions.
Widely applicable to 7 core industries including material science, aerospace, consumer electronics, automotive manufacturing, precision instruments, home appliances and industrial equipment.
Simple operation with fast parameter configuration after power-on without complex debugging.
Suitable for factory inspection and long-term online vibration monitoring of compressors, fans, vacuum motors, vibration sieves, industrial pipelines and electrical insulators.
Universities and research institutes adopt this equipment for fatigue life & deformation vibration tests of piezoelectric materials and dielectric elastomers, supporting new material R&D and mechanica

Company profile

Nanjing Kathmatic Technology Co., Ltd.
Management CertificationStandardized quality controlPatents AwardedR&D Capabilities
CertifiedBusiness Type: Manufacturer/Factory & Trading Company CertifiedR&D Capacity: ODM Service Available CertifiedCustomization Options: Customization from Samples, Customization from Designs, etc. CertifiedNearest Port: Shanghai PortAverage Response Time: ≤0.01h

About Our Factory & Business Background

AddressFirst Floor, Building B, Fangyuan South Road No. 99, Jiangning Development Zone, Nanjing, Jiangsu, China
Plant Area3580 square meters
Number of Employees294
Registered Capital10,000,000 RMB
Average Lead TimePeak Season Lead Time: 1-3 months Off Season Lead Time: 1-3 months
Supply Chain Partners51

Our Production Capability & Technical Expertise

Main ProductsDigital Microscopes, Optical Microscope, 3D Microscope, Laser Microscope, Profiler, Confocal Microscopy, White Light Interferometer, Laser Doppler Vibrometer, Non-Contact Roughness Tester, Doppler Vibrometer
Production Lines4
Production MachinesCNC Centre
QA/QC inspectors8 people
Inspection Type for Finished Products100% inspection(Visual inspection & Function inspection)
Inspection Method for Finished ProductsHave instructions and uniformly followed
R&D Engineers56 people
Traceability of Raw MaterialsYes

Our Industry Experience & Global Business Record

Main MarketsNorth America, South America, Eastern Europe, Southeast Asia, Africa, Oceania, Mid East, Eastern Asia, Western Europe
New Products Launched in Last yearYes

Our Certifications, Standards & Industry Recognition

Management System CertificationISO9001:2015, ISO45001:2018, ISO14001, Others

Product Q&A

Q:What scenarios is the KV laser vibrometer suitable for? How accurate is it?
A:
Non contact measurement of vibration, displacement, and frequency, suitable for ultrasonic machining, precision structures, semiconductor equipment, and university vibration experiments.Accuracy: picometer displacement resolution, DC~10MHz frequency range, small size (85x 26x 54mm), can be installed in narrow spaces.
Q:What is the Kai Shi Mai KV series equipment? What is the main purpose?
A:
The KV series is a self-developed laser Doppler vibrometer by Kathmatic, which belongs to non-contact precision vibration detection equipment. It is mainly used to measure object vibration displacement, velocity, acceleration, frequency, and is widely used in modal analysis, fault diagnosis, resonance testing, vibration trace tracing, NVH testing and other scenarios.
Q:What industries is the KV series laser vibrometer suitable for?
A:
Suitable for fields such as mechanical processing, automotive parts, 3C electronics, MEMS/semiconductors, ultrasonic equipment, wind turbines, aerospace, and university research, covering the entire scene of industrial quality inspection, research and development experiments, and equipment operation and maintenance.
Q:What are the advantages of KV series laser vibrometer compared to traditional contact vibrometer?
A:
No need to stick sensors, no additional mass interference, and no damage to the tested part; Capable of measuring narrow spaces, high temperatures, high-speed movements, and flexible workpieces; Fast response speed, wide frequency band, able to capture small high-frequency vibrations, and measurement data that is closer to real working conditions.
Q:What are the sub models included in the KV series, and how should different models be selected?
A:
KV standard version, high-frequency version, multi-channel version; Focus on selecting basic models for conventional mechanical vibration, high-frequency models for ultrasonic/chip high-frequency testing, and multi-channel models for multi-point synchronous testing.

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