Der Blu100 ist unser meistverkaufter CO2-Laserschneider, der speziell auf die Minimierung von Materialabfall ausgelegt ist. Dieser Laserschneider ist in der Lage, dickere Materialien (in einigen Fällen sogar 18 mm MDF) zu schneiden, ist robust, schnell, vielseitig und wird mit unserer großartigen 2-Jahres-Garantie geliefert.

Arbeitsbereich Laser-Typ Leistung (W)
1000mm x 600mm CO2 80
Preise oder Muster anfordern

Zuverlässig und beliebt bei Tausenden von Unternehmen

logo copy Bushmills - Blu100
DMU logo - Blu100
Boutique Gifts Logo white - Blu100
Goood Empire copy - Blu100
versapak - Blu100
CEUK - Blu100
badgemaster new white scaled - Blu100
Perfume Shop Logo White scaled - Blu100

Industrielle Qualität


Blu-Maschinen werden in Großbritannien nach ISO9001 -Qualitätsstandards hergestellt und sind für eine jahrelange, wenn nicht sogar jahrzehntelange Lebensdauer ausgelegt.

installation. support.


Mit den Sicherheitsfunktionen, der Installation, dem Training und dem Support des Blu100 können Sie sich beruhigt zurücklehnen.



Erfüllen Sie mit dem Blu100 problemlos Schneid- und Gravurprojekte, sicher und effektiv.



Nachfolgend finden Sie einige Anwendungsbeispiele für den Blu100.

Making Business


Laser Cutting Machine

Blu100 Specification

Build quality

Designed, assembled, configured and tested in the UK to CE and RoHSII regulations and pending certification after testing by the TUV quality authority, Blu DC is a robust laser cutter from a manufacturer with over 20 years experience exclusive to laser cutting, laser engraving and laser marking technology.

Call and arrange an appointment to visit our Basildon factory to see for yourself how much time and effort we put in to building a Blu laser cutter.


Laser source DC CO2 10.6µm
Laser power 80w (minimum)
Work area 1000 x 600mm
Dimensions (WDH) 165cm x 131cm x 104cm
Weight 440kg Approx
Performance Scanning mode: 1000mm/sec, Vector mode: 50mm/sec
Laser Cooling Water
Lens Standard 2.5″
Lens Option 1.5”, 2”, 4”
Air Assist Standard
Min Extraction Req. 1080m3/hr
Software Lotus Cut



Yes; Sometimes it can, however, this requires professional lifting services and in some cases we would need to disassemble and rebuild the machine in situe. In such circumstances extra charges will apply therefore careful pre-purchase planning is essential

LEV (Local Extraction and Ventilation) are a set of COSHH regulations enforced by law for any device that is used to remove potentially harmful contaminants from the workplace. Under the law any device falling within the scope of LEV must be tested and certified at minimum every 14 calendar months and records for such tests held of a minimum period of 5 years. Failure to adhere to the requirements is punishable by law with significant penalties including imprisonment. A professional accreditation called P601 exists whereby certified engineers have undertaken and passed rigorous training and testing to the LEV standards. We therefore recommend that only P601 certified contractors are used to test/certify devices under LEV regulations.

We do not offer auto focus as a feature primarily because it does not work well. Machines that use sensors will only scan a small section of the material and find the highest point and such devices will not work well with transparent materials, like clear acrylic. Machines that use probes add excessive weight to the focus carriage that deteriorates performance and output quality as well as not allowing processing of some parts as the probe can collide with the part. Machines that use focusing by software are prone to expensive accidents when a head collision with the table occurs. We feel our design is simpler, safer and more practical to use and by not having auto focus Blu is less cost to purchase too.

Blu is designed primarily as a cutting laser that can engrave, which is why for laser cutting applications it can often outperform other plotter format lasers that are x3 or x4 its cost. This is because those alternative machines are primarily designed as engraving lasers that can cut. Despite what others may claim there is a difference. Good engraving lasers in a plotter format will have a lightweight focus carriage and either no air assist or a very narrow air assist hose. Our focus carriage is heavier because it carries a large diameter hose and a heavy duty nosecone, which is better for cutting. Blu also incorporates a DC laser source, which is good for cutting. RF laser alternatives are better for engraving because the RF technology can deliver a faster pulse (pulse rise/fall). Higher power DC lasers are more affordable but RF lasers are not. Generally, cutting sheet materials like acrylic does not require a laser with a fast rise/fall; more benefit can be had from having a higher power in Watts. Therefore the design of Blu is primarily for cutting applications, hence why we call it a laser cutter.

A rotary device is primarily used for engraving applications. Blu is not designed as a laser engraver; its core design is for cutting sheet materials <25mm thickness. At Lotus we specialise in the technology of laser materials processing, so we have other designs of machines that do have rotary devices and greater material clearance.

Some DC lasers can be purchased for less than £100 but typically these will be of a very poor design and manufacture quality. Some manufacturers of such products warrant them for only 1 month so they are often out of warranty before they are even fitted to the machine. It is therefore left to the reseller to offer the warranty and to lower their risk some will offer purchasers short warranty periods. At Lotus we take great care to buy well made lasers from reliable sources but even so, we then grade in-house all of the lasers that we purchase. Unfortunately, this does result in us rejecting some of the lasers we buy, which adds to our costs. As a result of our strict QC process we have installed machines where the DC CO2 laser has lasted in excess of 2 years so we are confident to offer a 2 year warranty for all of our DC CO2 lasers.

Yes; it is extremely important that the performance of the filter unit and the size/type of media within it are carefully matched to the size of the laser cutter as well as the type and volume of fumes produced by the core application.

Absolutely not! Installations like this are extremely unsafe, break regulations and laws. Where fume extraction is to the atmosphere an industrial grade blower with professionally designed and installed duct work is essential.

Absolutely yes! Especially for high debris applications such as cutting wood and also for high risk applications such as cutting very thick acrylic. When paired correctly the downdraft of the underside extraction will draw fumes away from the material while simultaneously the air from the nosecone will push fumes down through the cutting path. As a result the material is cut cleaner, the machine optics and mechanics suffer little if any contamination and even the cutting speed can be improved too. Having these features is often essential for some applications but good design is key too. Ideally, for maximum efficiency of underside extraction the air should be taken from the centre of the work table through a funnel shaped device with side of equal shape. Equally important is the diameter of the hose that delivers pressurised air to the nosecone; too thin in diameter and the air volume is restricted. Some systems have extremely thin air assist hoses that renders the feature near to useless.

Most HCT on the market are made from a weak aluminium material that is designed to be laminated between two rigid boards; i.e. it was never intended to be used as a laser cutting table. This material damages easily, cannot be cleaned and deteriorates very fast, therefore it requires frequent replacement that is often costly. The more that you use a HCT the faster it will deteriorate. As the cells of the HCT deteriorate they cause increasing back reflection that can damage the underside of the material; they cause defocusing of the laser and can even cause flaming (fires). By contrast lamellas are strong and cannot get damaged with normal use; they can be removed to totally prevent backward reflection and they can be cleaned. If well maintained lamellas will last the lifetime of the laser cutter.

In short; it’s unlikely that you are comparing like with like. As with DC CO2 lasers, laser optics come from many different manufacturers and while they may look the same they certainly are not. A poorly manufactured laser optic (lens, mirror, beam combiner) will at best attenuate (drain) laser power resulting in slower cutting speeds and reduced laser cutting performance. At worst such optics will deteriorate very fast requiring more frequent replacement. In some cases laser optics can catastrophically fail causing further consequential damage to other system components. Given that good quality laser optics fitted to a well set-up and maintained laser cutter should last a number of years, we feel it’s not worth compromising performance and reliability for the sake of using lower cost optical components.

We operate a growing network of authorised sales and support partners around the world, all of whom will advertise our products on their independent web sites. Where you see the Lotus registered trade mark you will likely be looking at a genuine Lotus Laser System. Unfortunately, as with most successful brands ours is subject to copy and counterfeit so if you are unsure please contact us for verification before you make a purchase. Please note that we do not support illegal copies of our products no matter what circumstances surround the purchase.

Using a print driver is fast and convenient but often compromises the functionality and user interaction with the laser. Lotus Cut is easy to use but powerful and feature enriched CAD/CAM software. It allows direct control of the laser cutter without the need to own or use a graphics package. It provides for machine optimisation that might otherwise require the work of laser support technician. Lotus Cut delivers post artwork process optimisation such as time efficient cutting order, data checking to find and remove errors commonly found within artwork files such as broken paths or overlapping vectors. Using Lotus Cut is not only more convenient but it will save the user time, waste less material and improve output quality

laser cutting machine


Blu100 ist unsere meistverkaufte Maschine. Seine 80-W-Leistung ermöglicht es dem Blu100, viel dickere Materialien zu schneiden als viele konkurrierende Laserschneidmaschinen.

Blu100 hat auch eine größere Arbeitsfläche als alternative Arbeitsplätze. Sein Arbeitsbereich von 1000 x 600 mm bietet Benutzern mehr Platz zum Schneiden von Materialien als die meisten konkurrierenden Maschinen auf dem Markt.

Wir bieten unseren Kunden zuverlässige Maschinen und fortlaufenden Support, um die Langlebigkeit der Nutzung sicherzustellen. Daher sind Blu100-Maschinen wie ein Panzer gebaut, haben selten Probleme während des Gebrauchs und sind mit sehr geringen Wartungskosten verbunden.