CAB SmartLazer® XENO 4 LSG+100E for labels fibre laser

This product runs in a cabinet, with a 69mm x 69mm, 112mm x 112mm, 180mm x 180mm or 290mm x 290mm laser area. See the specification sheet. CabLase software converts Excel files to machine readable format to ETCH on STAINLESS tags and Labels.
Description
In Stock
Specifications:

Measurement: 1000 x 2280 x 1120 x 400kg
Specification: EN60825-1 Class 1 and EC
Power: 100-240 VAC, 50/60 Hz
Manufactured: Germany
Extraction: Available separately with replaceable filters
Cabinet: Floor mount with window and wheels
Computer: Included with screen, keyboard, mouse and Windows 10
Software: CabLase marking software V5
Colour: Beige

Key points first
Laser is economic when it comes to marking small
components or even large workpieces precisely
and permanent. There are several benefits:
• Focus on smallest spaces,
as laser beams allow strong bundling
• Flexibility, as both metals and plastics can be marked
– even on spots that are difficult to access
• High speeds of operation,
as strongly bundled light must not overcome
mechanical resistance
• No mechanical force exerted on components,
as heat energy is brought in without direct contact
• Highly resistant, as laser marking is insensitive
to acids or bases, UV radiation, heat and wear

cab marking lasers have been designed to solve a wide range
of applications. It is possible to mark stagnant products
of metal or plastics in a wide range of industries:
• Medtech – machine-readable encoding of medical
or surgical instruments, compliant with the guidelines
on Unique Device Identification
• Aerospace – DataMatrix encoding of strategic components
such as turbines
• Electronics – permanent encoding and alphanumeric data
assure quality assurance of PCB, clamps or switch gears
• Automotive – laser encoding to track and trace automotive
components and units; markings include, for example,
manufacturing data, dates, part, series and batch numbers

Shifting the focus with XENO 4S / XENO 4S+
By shifting the focus, XENO 4S can within fractions of a second
effortlessly compensate height differences on a component.
By mechanical unit adjustment, even complex markings
are possible on different levels of a component without loss
of cycle time.
A control unit calculates the respective layout scaling.
Depending from the plano-spherical lens in use,
shifting is possible up to ±70 mm.