Description
Product Introduction
The SCANLAB INTELLISCANDE14-405NM belongs to the intelliSCANde 14 family of high-performance two-axis digital galvanometer scanning systems. The “de” designation refers to the digital-encoder architecture, in which the scanner uses digital position feedback to control mirror movement. The 14 mm optical aperture makes the system suitable for laser-processing applications requiring a relatively large beam diameter while maintaining high dynamic response.
SCANLAB’s official specifications list a typical optical scan angle of ±0.35 rad, a tracking error of approximately 0.15 ms, and positioning speeds up to 5.0 m/s when paired with an f = 160 mm focusing lens. The standard intelliSCANde 14 platform is offered with multiple wavelength coatings, including configurations for UV and other laser wavelengths.
For the specific 405 nm configuration, procurement should be based on the complete optical coating and scanner configuration rather than simply the generic intelliSCANde 14 designation. Secondary sources identify INTELLISCANDE14-405NM as a 405 nm version, but some published specifications conflict with SCANLAB’s official generic intelliSCANde 14 data.
Key Technical Specifications
| Parameter | Specification |
|---|---|
| Manufacturer | SCANLAB GmbH |
| Product Family | intelliSCANde |
| Model | intelliSCANde 14 |
| Requested Configuration | 405 nm |
| Product Type | Digital 2-axis galvanometer scanner |
| Optical Aperture | 14 mm |
| Position Feedback | Digital encoder |
| Typical Optical Scan Angle | ±0.35 rad |
| Tracking Error | 0.15 ms |
| Positioning Speed | Up to 5.0 m/s @ f = 160 mm |
| Standard Laser Power | 440 W @ 1064 nm, 100% duty cycle |
| Image Field | 95 × 95 mm @ 1064 nm, f = 160 mm |
| Typical Spot Size | 23 µm @ 1064 nm, f = 160 mm, M² = 1.0 |
| Installed Tunings | Up to 3 |
| Typical Tuning | Sharp-edge tuning |
| Optical Configuration | Wavelength/coating dependent |
| Application | Laser marking and precision laser processing |
The table above prioritizes SCANLAB’s official specifications for the intelliSCANde 14 platform.
Important specification note: I would not use claims found on secondary listings such as “100 m/s maximum scanning speed,” “±0.5 µm scanning accuracy,” or a universal 24 VDC supply as confirmed specifications for the SCANLAB unit. Those figures appear in reseller material and are not consistent with the official SCANLAB product page.
Application Scenarios & Engineering Considerations
The SCANLAB intelliSCANde 14 is intended for high-speed laser beam positioning and is commonly relevant to applications where mirror dynamics directly affect processing quality.
- Laser marking: Fast beam positioning for industrial marking and coding.
- Micromachining: Suitable for precision material removal and structuring when the selected optical coating matches the laser source.
- Semiconductor processing: The scanner architecture is appropriate for applications requiring controlled, repeatable beam positioning.
- Precision laser processing: Can be integrated with an appropriate F-Theta lens to generate a defined working field.
- UV/blue laser processing: The 405 nm configuration requires the correct optical coating and system-level laser compatibility.
At the system level, the scanner should be evaluated together with the laser source, beam diameter, F-Theta lens, scan controller, focal length, pulse characteristics, and required marking/positioning speed. The scanner alone does not determine the final spot size or process accuracy.
INTELLISCANDE14-405NM SCANLAB
Related Products
- SCANLAB intelliSCANde 14 — The base digital-encoder scanner family. SCANLAB lists multiple wavelength/coating configurations.
- SCANLAB intelliSCANde 14 1064 nm — A configuration intended for common YAG/fiber-laser wavelengths.
- SCANLAB intelliSCANde 14 405 nm — The configuration corresponding to the requested INTELLISCANDE14-405NM identification.
- F-Theta Scan Lens — Used with the scanner to convert angular mirror movement into a controlled working field.
- SCANLAB scan-control electronics — Required for commanding the scanner and integrating it into the laser-processing system.
The Engineer’s Guide: Field Pitfalls to Avoid
⚠️ Do not buy by “intelliSCANde 14” alone.
The scanner family supports different optical coatings. A scanner optimized for 1064 nm should not be assumed to be suitable for a 405 nm laser simply because the mechanical aperture is identical. SCANLAB specifically lists multiple wavelength and coating options for the family.
How to avoid it: Match the 405 nm optical coating, laser source, beam diameter, and complete optical configuration.
⚠️ Do not use generic speed specifications.
A published figure such as 5.0 m/s is associated with a specific test configuration, including an f = 160 mm lens. It should not be interpreted as the universal processing speed of every installation.
⚠️ Lens selection directly affects the working field.
SCANLAB’s published 95 × 95 mm image field is specified for 1064 nm with an f = 160 mm lens. A 405 nm system with a different lens cannot automatically use that figure.
⚠️ Verify the scanner/controller combination.
A replacement scanner may be mechanically correct but still fail to operate correctly if the scan controller, tuning parameters, encoder configuration, or optical calibration differs.
How to avoid it: Record the existing scanner configuration, controller model, tuning data, lens focal length, and calibration parameters before replacement.
Frequently Asked Questions
What is INTELLISCANDE14-405NM?
It is a SCANLAB intelliSCANde 14 digital galvanometer scanning system configured for 405 nm laser applications. The intelliSCANde 14 uses digital encoder feedback and has a 14 mm optical aperture.
What is the aperture?
The official SCANLAB specification lists a 14 mm optical aperture.
Is it a laser source?
No. It is a laser beam scanning system. It moves the laser beam using galvanometer-driven mirrors; the laser source and focusing optics are separate system components.
What is the typical scan speed?
SCANLAB specifies a positioning speed of up to 5.0 m/s with an f = 160 mm lens for the intelliSCANde 14 platform.
Can the 1064 nm specifications be directly applied to the 405 nm version?
No. The optical coating, laser wavelength, lens, beam diameter, and process parameters must be matched. SCANLAB offers wavelength-specific optical configurations.
What should I verify before purchasing?
For an exact replacement, verify:
- INTELLISCANDE14-405NM
- SCANLAB intelliSCANde 14 family
- 405 nm optical coating
- 14 mm aperture
- Digital encoder configuration
- Scanner controller compatibility
- Existing tuning parameters
- Laser beam diameter
- F-Theta lens focal length
- Required working field
- Laser power and pulse characteristics
- Existing calibration data
