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Z-Axis Focusing Units

With the height adjustment, you adjust your marking laser to different workpiece heights. Laser focusing will thus be successful for any application.

Specifications

Adjustment Range: -- mm
Adjustment Accuracy: -- mm
Clear Aperture: -- mm
Acceleration Stability: -- G
Type: Manual
A200E Desktop Auto Focusing Metal Laser Cutter Head
Wuhan Au3tech Trading Co.,Ltd
A200E desktop auto focusing metal laser cutter head was designed for flat cutting within 2000W by German brand A-cutter in 2018. With motor driver unit inside, the position of focus lens unit in z axis can be adjust automatically in the range of 18mm, so user can set “continues focus adjustment” in the cutting software to accelerate ...

Specifications

Adjustment Range: 18 mm
Adjustment Accuracy: 1 mm
Clear Aperture: 27 mm
Acceleration Stability: -- G
Type: Motorized
A universal autofocusing system for lasers – diode, DPSS, fiber, CO2. Laser focusing upgrade kit. An Endurance 15-Watt (real power output) water – cooled laser with an autofocusing system. Cuts 10 mm of wood (2/5″).    Now you can always remain in focus and the system will keep your laser in focus all the time you ...

Specifications

Adjustment Range: -- mm
Adjustment Accuracy: -- mm
Clear Aperture: -- mm
Acceleration Stability: -- G
Type: Motorized
Manual Z-axis for Cheap Diode Laser Engravers and Various Laser Modules
V1 Engineering Inc
Recently, I presented a manual Z-axis 7 that works quite nicely but is overkill for a light-weight laser module. And, as I discovered a couple of days ago, can be a pain to assemble when making another one if the printed fits are particularly tight. So I started looking to see what I could do to simplify assembly, make it more ...

Specifications

Adjustment Range: -- mm
Adjustment Accuracy: -- mm
Clear Aperture: -- mm
Acceleration Stability: -- G
Type: Manual
4000W Auto Focus Laser Cutting Head A280E
Wuhan Au3tech Trading Co.,Ltd
A280E electric fiber laser cutting head, supporting electric auto-focus adjustment, is designed for medium/high power of laser cutting. With sensor unit, controlling unit and driving unit integrated inside,  it is a wonderful solution for achieving complete automatic cutting when working with motion control card MCC series ...

Specifications

Adjustment Range: 18 mm
Adjustment Accuracy: 0.1 mm
Clear Aperture: 30 mm
Acceleration Stability: -- G
Type: Other / Not specified
varioSCAN II
SCANLAB
The varioSCAN II focusing unit enables highly dynamic and exceptionally precise positioning of the laser focus along the beam direction. The z-axis enables 2D scan systems to execute 3D processing or replace costly objectives for providing a plane focusing surface.    The product series offers a wide range of different ...

Specifications

Adjustment Range: -- mm
Adjustment Accuracy: 0.90 mm
Clear Aperture: 7 mm
Acceleration Stability: -- G
Type: Other / Not specified
Ortur and Aufero Z-Axis Adjuster
King Gubby
Here is the Ortur Laser Master Z-Axis Adjuster by King Gubby. The ultimate tool for achieving precision and accuracy in your laser engraving projects. This professional-grade accessory is designed to work with all Ortur and Aufero laser engravers making it a versatile and essential tool for any laser engraver.

Specifications

Adjustment Range: -- mm
Adjustment Accuracy: -- mm
Clear Aperture: -- mm
Acceleration Stability: -- G
Type: Manual
Dynamic Focus Module
FEELTEK Laser Technology Co., Ltd.
3D laser marking module for machine integrators Easy upgrade from 2D to 3D. An extra axis added on 2D laser scan head, help 2D OEM customer easily achieve 3D laser working. Magnification option: X2, X2.5, X2.66 etc.

Specifications

Adjustment Range: -- mm
Adjustment Accuracy: -- mm
Clear Aperture: -- mm
Acceleration Stability: -- G
Type: Other / Not specified
Range Sensor
FEELTEK Laser Technology Co., Ltd.
Automatic feedback actual distance, the software can accurately change the focus position according to the processing technology. Generally, applicated in 3D processing and objects with different height processing.

Specifications

Adjustment Range: -- mm
Adjustment Accuracy: -- mm
Clear Aperture: -- mm
Acceleration Stability: -- G
Type: Other / Not specified
WaveTopSign Auto-Focus Sensor Z-Axis.24mm
Shanghai Wavetopsign International Technology Co., Ltd.
WaveTopSign Auto Focus Sensor Z-Axis Dia.24mm for Automatic Motorized Up Down Table CO2 Laser Engraving Cutting machine.

Specifications

Adjustment Range: -- mm
Adjustment Accuracy: -- mm
Clear Aperture: 24 mm
Acceleration Stability: -- G
Type: Motorized
Because not everybody is suited for a Class I workstation or has parts that fit into a Class I workstation, RMI Laser has developed Class IV Stands for use with our systems. This Z-Axis Stand Class IV comes with a side crank adjustment for easy focusing and setup. The Class IV stands are an economical alternative, designed ...

Specifications

Adjustment Range: -- mm
Adjustment Accuracy: -- mm
Clear Aperture: 100 mm
Acceleration Stability: -- G
Type: Top Crank Linear Stage
Linear Adjustable Rotary Mounts LMR-38
Haas Laser Technologies
Linear Adjustable Mounts are typically attached to a process head for fine adjustment of the laser focus spot relative to the workpiece.    A sealed design prevents contaminant\'s from entering the beam path. The laser marked rotary barrel allows for precision linear adjustments.

Specifications

Adjustment Range: -- mm
Adjustment Accuracy: 0.25 mm
Clear Aperture: 38 mm
Acceleration Stability: -- G
Type: Rotary Knob
Motorized Z-Axis Unit MZA-3850
Haas Laser Technologies
Motorized Z-Axis Units from this series are fabricated from high-grade anodized aluminum and stainless steel to provide high speed linear positioning of various autofocus and/or laser process head designs. A high torque DC servo motor, belt drive, and precision ball screw provide trouble free operation.   The linear ...

Specifications

Adjustment Range: -- mm
Adjustment Accuracy: -- mm
Clear Aperture: 25 mm
Acceleration Stability: -- G
Type: Other / Not specified
Linear Adjustable Mount LAM-38
Haas Laser Technologies
Linear adjustable mounts are typically attached to a process head for fine adjustment of the laser focus spot relative to the workpiece. The sealed design prevents contaminant\'s from entering the beam path.     A micrometer head allows for precision linear adjustments. The standard 25mm stroke design allows for ...

Specifications

Adjustment Range: -- mm
Adjustment Accuracy: 0.25 mm
Clear Aperture: 38 mm
Acceleration Stability: -- G
Type: Other / Not specified

Frequently Asked Questions

A Z-axis focusing unit is a device that adjusts the position of the laser focal point along the Z-axis (perpendicular to the material surface) in laser engravers, cutters, and other laser material processing machines. It typically consists of a linear motion stage and a focusing lens mounted on it.

An aftermarket Z-axis focusing unit allows for precise control of the laser focus point position along the Z-axis, which is essential for achieving optimal cutting and engraving results on materials of varying thicknesses. Typically, aftermarket z-axis focusing units offer higher precision than those supplied with the laser machines. They might also enable the use of autofocus and height sensing functions, which can improve process consistency and efficiency.

The right Z-axis focusing unit will depend on your specific applications. You should consider whether you need a motorized or a manual unit, the level of precision in the adjustment as well as the ability to interface with a computer. You should also consider factors such as maximum travel range, speed, resolution, repeatability, and compatibility with the laser machine's controller.

Yes, many laser machine manufacturers offer Z-axis focusing units as optional upgrades or retrofits for their machines. There are also third-party Z-axis focusing units that can be retrofitted to a wide range of laser machines.

The accuracy and repeatability of the Z-axis focusing unit are crucial for achieving consistent and precise cutting and engraving results. High accuracy and repeatability ensure that the laser focus point stays on the desired material surface and that the process parameters are consistent from one part to another.

Z-axis focusing units can improve laser material processing speed by allowing for faster positioning and focusing of the laser beam on the material surface. This is especially true when using autofocus and height sensing functions, which can eliminate the need for manual adjustment and increase throughput.

The Z-axis focusing unit controls the laser focus point position along the Z-axis, which determines the cutting or engraving depth. By adjusting the focus position, the Z-axis focusing unit can achieve optimal processing depth for various material types and thicknesses.

Key features when selecting a Z-axis focusing unit include the inclusion of motorized focusing lenses, position sensors, limit switches, and compatible software interfaces. Some units also offer autofocus and height sensing capabilities, as well as programmable control of focus position and speed.

There are 14 different Z-Axis Focusing Units from suppliers and manufacturers listed in this category. In just a few clicks you can compare different Z-Axis Focusing Units with each other and get an accurate quote based on your needs and specifications. Please note that the prices of Z-Axis Focusing Units vary significantly for different products based on various factors including technical parameters, features, brand name, etc. Please contact suppliers directly to inquire about the details and accurate pricing information for any product model. Simply navigate to the product page of interest and use the orange button to directly reach out to the respective supplier with one click.

Did You know?

Z-axis focusing units are an important component in the laser engraving, cutting and some welding machines. They enable the laser beam to be focused at different heights above the work surface, which is an essential step in achieving precise and consistent results on materials of varying thicknesses. The focusing units work by controlling the distance of the focusing lens from the workpiece. Z-axis focusing units consist of a mechanism that moves up and down along a vertical axis. This movement allows the laser head to be positioned at different distances from the work surface, enabling the user to adjust the focal length according to the thickness of the material being processed. Some models may also include a sensor or probe that automatically measures the distance between the laser head and the work surface, ensuring that the laser is always focused at the correct distance. Some companies design and produce z-axis focusing units that offer more precise control over the focal distance than the built-in mechanisms that come with the machines. One of the key features of such accessories is the ability to make ultrafine adjustments to the focal length. This allows precise control over the focal adjustment and becomes important for intricate designs or small details that require a high level of precision. It also becomes important in situations where the focal length of the focusing lens is relatively short as in such scenarios the z-axis adjustment is particularly sensitive. Adjustment mechanisms are another important feature of z-axis focusing units. There are several different types of adjustment mechanisms available, including manual and motorized options. Manual mechanisms are typically operated by turning a dial or knob, while motorized mechanisms are controlled using a computer or other device. Motorized mechanisms may offer more precise control and greater flexibility, but they are generally more expensive than manual options. In addition to adjustment mechanisms, z-axis focusing units may also include sensors or probes that measure the distance between the laser head and the work surface. This ensures that the laser beam is always focused at the correct distance, even if the surface of the material being engraved or cut is not perfectly flat. Some z-axis focusing units may also include automatic height adjustment features that can adjust the focal length in real time, based on changes in the thickness of the material being processed.