IVL™ Square
IVL™ Square are multi-directional, immersive, wide-covering area fixtures, to make the difference, free of heavy logistics. IVL™ Square is the US declination of the worldwide famous IVL™ Carré.
Each IVL Square is covering a wide area by producing 4 directive light plans, one by each side of the square. Each plan is adjustable at a 180° angle to create stunning perspectives when combined together. The light plans of each IVL Square can be cut into 1, 2, 4, 8, 16, 32, 64, 128, 256 beams: Welcome to a new world of infinite possibilities.
Programmable with any DMX console, the IVL Square is simple and intuitive to control, and will only require a few minutes to get your hands on.
In a time when audiences are asking more and more for experiences, the perspectives of the IVL Square help create truly immersive designs with their smooth enveloping textures and 3D rendering perception.
Based on a laser source, IVL Square is not a laser projector effect. Conceived for and with lighting designers, IVL Square produces unique advanced lighting shapes, unique smooth RGB texture, and unique immersive feelings: a ground-breaking kind of light, patented worldwide, easy to use, easy to program, easy to install. Certified as a class 3R fixture, the IVL Square has standard safety, as it is for LEDs or Lamp based lighting, with no variance required : every lighting company can purchase IVL Square and use it in unsupervised area.

The IVL Solution
Easy to program, easy to install, without heavy logistics, IVL Lighting is the solution for everyone who wants to get more out of lighting , first designed for touring and events in mid-sized venues.
With IVL, produce smarter spectacular lighting design offering:
- More experience, more immersions, more emotions, more creative outputs
A scalable solution to follow your needs.
Get more out of lighting.
ONE FIXTURE, 2 SHAPES: SQUARE OR PYRAMID


Easy DMX control with endless possibilities
Technical specification of the IVL Square
Overall dimensions (l x w x h) | 592 x 520 x 242 mm³, 16 kg |
Light Source
Class 3R laser product | extended source |
Beam diameter at scanning vertex | >12mm |
Beam divergence | >1,5mrad |
Wavelength | 448nm,518nm,638nm |
Typical Pulse Energy | 13.8μJ |
Accessible Emission Limit | 15,5μJ |
Scan rate | 340Hz |
Colour | Smooth RGB spectrum |
4 light plane | 360° |
Beam range | 1 to 80° |
Frost effect | Diffuse smooth light |
LASER LIGHT – AVOID DIRECT EYE EXPOSURE CLASS 3R LASER PRODUCT 448nm, 638nm, 518nm 340Hz, <15,5μJ
Standards
EN/IEC 60825-1 ed. 3 2014
Housing / Construction
Housing | Aluminium body, black matt |
Plastic cover | PMMA |
Protection rating | IP20 |
Transportation | Two side handle |
Scanning System
Scanning motor | High life brushless DC motor |
Constant scanning rate | 340Hz |
Mirror | R>98% |
Safeguard | No scanning fail |
DMX modes
Mode 1 | 25 channels |
Mode 2 | 45 channels |
Tilt Movement
Motor | 4 brushless step to step motors |
Mirrors | 4 side PMMA mirror |
Angle | 0° to 360° |
Resolution | 16 bit |
Beam Control
Number of beam | 1 to 256 |
Control | Intuitive gobo like system |
Gobo type | |
Gobo size | |
Gobo indexation | |
Gobo rotation |
Power supply
Power supply unit | 100 to 240 Volts – 50/60Hz |
Power | 75-Watt max |
Cooling system/Thermal
Cooling | Temperature-regulated |
Safety | Protection against excessive temperatures |
Installation
Standard mounting point | Six quarter-turn locking points |
Safety cable attachment point |
Operating parameters
Positions allowed | any |
Maximum ambient temperature | 40°C (104°F) |
Minimum ambient temperature | 0°C (32°F) |
Connections
AC power input/output | Neutrik PowerCon True1 |
DMX data in/out | 5-pin locking XLR |
Standards
Safety | (Directive No : 2014/35/UE) |
IEC 60825-1:2014 (EN 60825-1:2014 | |
21CFR 1040 | |
NRTL Label | |
ANSI Z136.1 “Standard for Safe Use of Lasers” | |
IEC 60065:2014 (EN 60065:2014 | |
EN 62311 : 2008 | |
EMC | (Directive No : 2014/30/UE) |
EN 55103-1:2009 | |
EN 55103-2 : 2009 | |
FCC 47 CFR part 15:2017 | |
ICES-003/NMB-003 edition 6 : 2016 | |
IEC 61000-6-3:2007/A1:2011 | |
IEC 61000-6-1:2007 |