Description
Overview
Essential details:INTELLISCANDE14-405NM SCANLAB laser scan control card
Product Description
Intelliscande 14-405nm SCANLAB is a high-performance laser scan control card designed for laser engraving, cutting, marking, welding and many other applications. The following is a detailed description of the product:
Product instructions:
Plug the control card into the USB port of your computer.
Install the driver and set it up.
Connect the laser scanning head and calibrate.
Open the corresponding software and start using it.
Product technical description:
Using advanced digital control technology, it has the characteristics of high speed, high precision and low delay.
Support analog signal control to meet the needs of different users.
FAQ explanation:
How to Connect the Laser scan head: Connect the laser scan head control wire to the control card control interface.
How to calibrate: After connecting the laser scanning head, follow the instructions using the calibration software.
Support control mode: analog signal control and digital control.
In addition, IntelliscanDE 14-405nm provides the following features:
The wavelength is 405nm, providing high precision machining capability.
Scanning Angle up to 60 degrees, scanning speed up to 65,000 points/second.
The resolution is up to 14 bits and the laser power is up to 2 watts.
Compact and rugged design with integrated electronics for easy integration and real-time position feedback.
Advanced control features optimize performance and are compatible with a wide range of laser light sources.
User-friendly software interface, easy to operate.
Intelliscande 14-405nm also provides accurate position detection and feedback with the following features:
14mm optical aperture.
405nm laser wavelength.
Accuracy ±0.1μm, resolution 0.1μm.
The response speed is 10kHz, and the output signal is analog voltage.
Size 50mm x 50mm x 25mm, weight 100g.
Operating temperature 0°C to 50°C, storage temperature -20°C to 70°C.
The product is suitable for laser processing, laser marking, laser cutting, laser welding, 3D printing, optical measurement and other high-precision position measurement applications.
Product parameter
Product parameters:
Scanning speed: up to 20 m/s.
Maximum input signal frequency: 100kHz.
Output resolution: 14 bits.
Control mode: Support analog signal control or digital control.
Operating temperature range: -20℃~60℃.
Product Specifications:
Size: 120mm x 80mm x 20mm.
Weight: 100g.
Interface type: USB2.0.
Power supply: DC 5V.
APPLICATION
Laser engraving: Fine laser engraving work on various materials.
Laser cutting: Accurate laser cutting of materials, suitable for metal, plastic and other materials.
Laser marking: permanent marking on the product, such as serial number, bar code, two-dimensional code, etc.
Laser welding: Precision laser welding work, suitable for electronics, automotive, medical equipment and other industries.
3D printing: Controlling the precise position of the laser during the 3D printing process for the manufacture of complex 3D structures.
Optical scanning: Accurate scanning in optical measurement and analysis.
Medical industry: Precision laser manipulation in medical devices, such as surgical or diagnostic instruments.
Manufacturing: Efficient laser processing in precision machining and product manufacturing.
Scientific research: Accurate laser control and measurement in scientific research experiments.
Jewelry design: Fine laser engraving and marking in the jewelry industry.
Packaging industry: High quality laser printing on product packaging.
Clothing industry: personalized laser marking or pattern design on clothing materials.
Aerospace: Precision machining of composite materials in the aerospace field.
Automotive industry: high-precision laser processing in the manufacture of automotive parts.
Laser cutting: Accurate laser cutting of materials, suitable for metal, plastic and other materials.
Laser marking: permanent marking on the product, such as serial number, bar code, two-dimensional code, etc.
Laser welding: Precision laser welding work, suitable for electronics, automotive, medical equipment and other industries.
3D printing: Controlling the precise position of the laser during the 3D printing process for the manufacture of complex 3D structures.
Optical scanning: Accurate scanning in optical measurement and analysis.
Medical industry: Precision laser manipulation in medical devices, such as surgical or diagnostic instruments.
Manufacturing: Efficient laser processing in precision machining and product manufacturing.
Scientific research: Accurate laser control and measurement in scientific research experiments.
Jewelry design: Fine laser engraving and marking in the jewelry industry.
Packaging industry: High quality laser printing on product packaging.
Clothing industry: personalized laser marking or pattern design on clothing materials.
Aerospace: Precision machining of composite materials in the aerospace field.
Automotive industry: high-precision laser processing in the manufacture of automotive parts.
Superiority products INTELLISCANDE14-405NM SCANLAB laser scan control card
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