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dynAXIS 421

dynAXIS 421

dynAXIS 421

Product catalog summary
Introduction
The dynAXIS 421 is a compact, high-performance galvanometer scanner developed by SCANLAB, designed for applications requiring small apertures and high dynamic performance. It is suitable for compact and handheld devices, including medical and ophthalmic instruments.

Specifications
The scanner is available with both analog and digital servo-driver boards and offers a variety of mirrors and coating options. It is manufactured in Germany under ISO 9001:2015 certification, ensuring high quality and reliability.

Key Features
  • Suitable for apertures between 3 mm and 7 mm.
  • Optimized motor design for faster and more efficient scanning.
  • New optical position detector for high precision and stability.
  • Superior acceleration and efficient power handling for minimal heat generation and maximum scan speeds.
  • Highest dynamic performance with SCANLAB's digital servo drivers.

Typical Applications
  • Ophthalmic imaging
  • Microscopy
  • Medical laser treatments
  • Laser material processing

Dimensions
  • With extension board: 76 x 52 x 27.3 mm3
  • Without extension board: 74.5 x 46.8 x 27.3 mm3
  • Overall: 106.5 x 56.5 x 25 mm3

Recommended Servo-Driver Boards
The dynAXIS 421 achieves maximum dynamic performance and precision with the SCANLAB microISB digital servo-driver board, which provides system status values and output signals. The miniSSV analog servo-driver board also offers high performance with low heat generation.

Flexibility and Control
The scanner offers extensive control options to meet various cost and performance goals, including miniature analog servo drivers and fully digital servo control options. SCANLAB's RTC control boards can operate digital and analog systems via digital commands.

Technical Specifications
  • Rotor inertia: 0.018 g·cm2
  • Torque constant: 1.6 N·mm/A
  • Coil resistance: 1.3 Ω
  • Coil inductance: 55 µH
  • Max. RMS current: 4.2 A
  • Max. peak current: 17 A
  • Thermal resistance: 2 K/W
  • Weight: approx. 19 g
  • Recommended aperture: 3 – 7 mm
  • Step response time: 140 µs
  • Maximum scan angle: ± 17°
  • Position detector nonlinearity: < 0.1%
  • Operating temperature: 5 – 50 °C

Conclusion
The dynAXIS 421 is a versatile and high-performance scanner suitable for a range of industrial and medical applications, offering precision, reliability, and flexibility in control options.
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Catalog excerpts

dynAXIS 421-1

dynAXIS 421 Compact High Performance Galvanometer Scanner

 Open the catalog to page 1
dynAXIS 421-2

SCANLAB expands its product range with the dynAXIS 421 galvanometer scanner. This moving-magnet closed-loop galvo is particularly suitable for applications with small apertures and highest dynamic performance. With its very small dimensions, it is ideal for compact and handheld devices, including medical and ophthalmic instruments. The dynAXIS 421 is available with both analog and digital servodriver boards, and a variety of mirrors and coating options. Quality Made in Germany Key Features • Suitable for very small apertures (3 mm – 7 mm) • Optimized motor design enabling faster and more efficient...

 Open the catalog to page 2
dynAXIS 421-3

Examples of suitable SCANLAB servo boards Recommended Servo-Driver Boards In combination with the new, compact SCANLAB microISB digital servo-driver board, the dynAXIS 421 achieves maximum dynamic performance and precision with low heat generation. The digital technology also provides the system status values and output signals relevant for the respective application. Very high accelerations and scan rates can also be achieved with the high performance and compact miniSSV analog servo-driver board. Also the miniSSV allows optimized scan efficiency while heat generation is kept low. microISB (digital...

 Open the catalog to page 3
dynAXIS 421-4

Specifications dynAXIS 421 Rotor inertia Torque constant Coil resistance Coil inductance Max. RMS current (with scanner housing max. 50 °C) Max. peak current (1) Thermal resistance (coil to case) Weight without cable Inertial load Recommended Maximum Recommended aperture Dynamic (with SCANLAB control board) Step response time 1% of full scale (2) short term pulse width: 90 µs settling to 1/1000 of full scale; step response time depends on the tuning and the inertia of the mirror Maximum scan angle Position detector Nonlinearity (3) Offset drift Gain drift Repeatability (RMS) Typical output signal...

 Open the catalog to page 4

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.