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Line laser kit InLine GREEN 40 mW, incl PT mount
Line laser kit InLine GREEN 40 mW, incl PT mount
Line laser kit InLine GREEN 40 mW, incl PT mount
Line laser kit InLine GREEN 40 mW, incl PT mount

Line laser kit InLine GREEN 40 mW, incl PT mount

Line angle optics: 10° IP Rating: IP 65 Mount: Strong Pan/Tilt Source: 12 - 25 VDC
IL-SET-40-520: Ready-to-use InLine line laser kit, 40 mW green (520 nm), including an adjustable mount. Focus adjustable.

€446.25

Delivery time: 1 Woche

IP Rating
Line angle optics
Mount
Source
Product number: IL-SET-40-520.47
Description

Line laser kit InLine GREEN 40 mW, incl PT mount

InLine Line Laser Kit 40 mW Green (520 nm), incl. Mount – IL-SET-40-520: Ready-to-use line laser kit that projects a green laser line – includes a matching adjustable mount. Focus and line position are adjustable.

  • Green laser line (520 nm) with 40 mW
  • Ready-to-use kit including an adjustable mount
  • Adjustable focus and line position
  • Industrial InLine design

The laser diodes are equipped with ACC control for high stability, as well as a startup ramp that slowly increases the current when the device is turned on, protecting the diode from inrush spikes.

Set consists of

  • Line laser module, fully calibrated and ready for use
  • Matching adjustable mount

Technical Specifications

Laser power: approx. 40 mW
Wavelength: 515–520 nm GREEN
beam angle: selectable
laser class: 1/2, depending on installation
Power supply: 12–25 VDC, optionally 230 VAC via plug-in power supply
Module connection: 1 m cable length
IP Rating: IP 65 / 67 (optional)
Laser module dimensions: approx. 18 x 100 mm
Mounting bracket dimensions: approx. 86 (H) x 45 (W) x 80 mm
Service life: typically > 25,000 h at < 25° C ambient temperature
Temperature range: approx. -15° C to +45° C

Mounting and Line Length

The cylindrical housing, with a diameter of 18 mm, can be easily inserted into the specially designed, adjustable mount. The line laser is clamped in place to prevent damage to the housing. At the same time, the heat generated—which is very low in these modules—is dissipated via the clamping mechanism onto a metal surface. The line position is easily adjusted by rotating the laser module within the mount. The sturdy aluminum mount can be adjusted and locked in pan and tilt positions. The mounting base also features a guide pin to ensure precise concentricity during the adjustment process. The mounting plate allows for fastening from both the front and the back using threaded inserts.

If the laser is mounted vertically above a work surface, the line length is determined by the distance and the projection angle. With angled mounting, the line length can increase significantly.

As a general rule: The larger the beam angle, the longer the line. The following angles are available for our InLine modules:

Angle Distance Line length approx.
10° 1 m 17 cm
20° 1 m 0.34 m
35° 1 m 0.62 m
45° 1 m 0.85 m
60° 1 m 1.16 m
90° 1 m 2 m
110° 1 m 3 m

The line length increases linearly with distance. At 2 m, the line length is therefore twice as long.

Notes

  • Observe the laser class!
  • You can find more information on laser safety here.
  • For continuous operation, the module must be mounted in the mount.
  • InLine lasers are custom-made and therefore cannot be returned!

Optional

  • Cable extensions up to 10 m
  • Hard-wired plug-in power supply
  • IP67 rating
  • 7
  • Custom focus adjustment

Downloads / Links

Properties
IP Rating: IP 65, IP67/68
Line angle optics: 10°, 15°, 20°, 30°, 45°, 60°, 90°, 110°
Mount: Pan/Tilt magnetic mount, Strong Pan/Tilt
Source: 12 - 25 VDC, 110 - 240 VAC

At a distance of 1 m, the following lengths result (12-mm modules):

AngleDistanceLine length approx.
10°1 m17 cm
20°1 m35 cm
30°1 m54 cm
35°1 m63 cm
45°1 m83 cm
60°1 m116 cm
70°1 m140 cm
90°1 m200 cm
110°1 m300 cm

The line length increases linearly with distance; at a distance of 2 m, these values double.

Laser diodes react sensitively to voltage spikes and current fluctuations. An unregulated supply or one with peaks can destroy the diode within microseconds – even if the peak occurs only briefly. Stabilized means: constant output voltage under load (no sag during switch-on). Peak-free means: no switching spikes or overshoot on the supply lines. Always use a switching power supply with sufficient smoothing or a dedicated laser diode driver. Avoid unfiltered supplies, cheap plug-in adapters without filtering, and supplies that are shared with other switching loads.
Our 12 mm line laser modules are available with three connection variants:
Stranded wires (standard) – open red/black wires, approx. 100–200 mm length, for direct connection to microcontrollers or driver boards.
Barrel connector – 5.5 / 2.1 mm standard barrel plug, approx. 200 mm cable, for operation with a 230 VAC plug-in power supply.
Flexible cable with ferrules – approx. 100 cm flexible cable for direct connection to a 12–25 VDC machine controller. Reverse-polarity protection is integrated in the DC variant.

On request we also supply M8 / M12 connectors with custom cable lengths. The DC variant is particularly suited for retrofitting existing machines without 230 V wiring.
Acrylic optics (PMMA plastic): low cost, light, dimensionally stable. Optically very good in standard applications, but temperature-sensitive – the refractive index changes with temperature, shifting the focus when variation exceeds ±5 °C. Perfectly adequate for indoor applications with stable conditions. Glass optics: heavier, more expensive, but temperature-stable. The refractive index stays nearly constant across wide temperature swings. Ideal for: outdoor mounting, unheated halls, machines with large temperature swings (welding, sawmills in summer/winter) and applications needing high repeat accuracy over long periods. Glass optics are available as an optional upgrade on our KLM and LLM modules.
On our 12 mm line laser modules the line width – also called „focus“ – can be adjusted directly on the module. The optics sit in the front brass ring and can be turned precisely via a fine thread. Rotate the ring carefully until the desired line width appears sharp at your working distance. After adjustment, secure the optics with a drop of thread-locking varnish in the thread groove to prevent drift. The adjustment also works while the module is installed. On industrial line lasers (e.g. the IL-HP series) the line width is set at the factory to the customer specification. You can find out how to adjust the line here.
The laser class according to EN 60825-1 determines the required safety measures. Class 1: safe even when looking directly into the beam – ideal for open applications without protective measures. Class 2: visible lasers up to 1 mW, relying on the blink reflex – unproblematic in B2B environments. Class 1M / 2M: eye-safe under normal conditions, but not when viewed through magnifiers or binoculars. Class 3R: increased risk on direct viewing – safety goggles recommended. Class 3B: safety goggles mandatory. Line and cross-line lasers benefit from relaxed rules because they are classified as „extended sources“ (see laser safety).
The IP rating (International Protection) indicates which environmental influences the housing is protected against. IP 40: protected against solid objects > 1 mm, no water protection – for dry indoor use and machine integration. IP 44: also protected against splash water from all directions – typical for industrial halls and covered outdoor areas. IP 65: completely dust-tight and protected against water jets from any direction – the right choice for sawmills and circular saws (wood dust, sawdust), washing facilities, splash-water environments and rough industrial use.
The brightness of the laser line depends on many factors. In short:
Line length: The longer the line, the lower the brightness, as the light output is spread over a larger area
Laser color: Green appears significantly brighter than red or blue
Work surface: The darker and more matte the surface, the darker the light appears
Ambient brightness: The brighter the ambient light, the darker the laser line appears. This is due to the human eye, which reduces its sensitivity depending on the ambient brightness. In direct sunlight, it is very difficult to see a laser line because the retina is already saturated.
Laser power: The higher the laser power, the brighter the laser line

Wavelength in detail: The wavelength determines how visible the line is on your surface. Red (650 nm) is the lowest-cost option and sufficient in moderately lit indoor environments. Light red (635 nm) appears noticeably brighter than 650 nm at the same power. Green (520 / 532 nm) is the most universal choice – the human retina is most sensitive in the green spectral range, so green lines appear roughly 5–7× brighter than red at equal power. Blue (450 nm) delivers high contrast on greenish surfaces, where red and green fade into the background.
A line laser projects a line of light onto a surface – unlike a point laser, which only shows a single dot. The line is generated by a cylindrical lens that spreads the round laser beam into a fan. Typical applications include cut-line projection on saws, circular saws and CNC machines, workpiece positioning in manufacturing and machine integration, operator guidance at manual workstations, and reference lines in inspection and measurement setups. Line laser modules are available in different wavelengths (red, green, blue), power classes (1 – 500 mW) and IP ratings (IP 40 for dry indoor use up to IP 65 for sawmills and splash-water environments).