【NEW】ML-6810C
About 35% lower consumption during the operation.
High power CW laser implements smooth surface of welding.
Available for Active Heat Control with dedicated focusing head. It enables to control the heat in processing area precisely.
Suitable for processing in automotive parts and machine parts that need high quality and high precise welding.
▶ Features
- ◆ Improved brightness
Oscillation module is optimised and brightness is improved compared with previous model.
- ◆ Dedicated chiller
The pairing with a dedicated chiller is needed to show its maximum ability.
Please use chiller that our company provides.
The chiller is delivered with it's water piping, thus a customer doesn't need to prepare it. - ◆ Laser power management
Managing laser power in focal point with power meter (opotion), contributes to improvement of product quality.
- ◆ Active Heat Control™
Changing laser output by heat detection on axis, controls the heat input into processing area precisely.
Suitable for welding, hardening and other application that heat control is important.
The dedicated focusing head is needed. (Option) - ◆ Scanning system
Employing the Galvo, implements high speed and high efficiency processing.
Enables to show its superior brightness according to dedicated optical component. - ◆ Reflection resistant structure
Equips a structure to restrain the reflection from workpiece, according to original optical design.
Enables vertical emission, according to the structure which is less effect of reflection from workpiece. - ◆ Controlling function
Enables to set up various wave, according to the function.
Implements various way from high speed precise welding to cutting, according to modulation function. (frequency and waveform) - ◆ Saving energy and space
Reduces energy consumption compared with previous machine, according to design optimization.
Ensures wider space to set up machines, according to light and compact design. - ◆ Useful user interface
Large LCD touchscreen allows to input setteings easily.
Available for Japanese and English.
Enables to use an extension calble.
▶ Waveform control
Equipped with a "fixed mode" that features three-level waveforms, and a "flex mode" to provide more complex waveforms.
▶ Power monitor
Laser energy (J) and average power (W) are monitored to detect abnormalities.
▶ Color LCD touch panel
The touch panel can be detached from the main unit and operated by hand.
▶ External communications
Configuration of parameters and monitoring of performance can be carried out from a separate location.
- Type: RS-485 compliant, asynchronous, full duplex
- Data speed: 9600, 19200, 38400 bps
▶ Fade-in/Fade-out
This feature avoids marks at the end of seam welding and provides a beautiful finish even for overlapping circumference seam welding sections.
▶ Separately
| Model | ML-6810C | |
| Maximum power | 1000W | |
| Mode | Multi mode | |
| Pulse width | REPEAT | Standard:0.1～500.0ms (0.1ms step) |
| Setting switching:0.05～500.00ms(0.05ms steps) | ||
| CW | Standard:0.1～1000.0s (0.1s step) | |
| Setting swichging:0.001～10.000s (0.001s step), 0.01～100.00s (0.01s step), 1～10000s(1s step) | ||
| Repeated number of pulse / modulation | 1～1000pps | |
| Modulation function | 1～5000Hz (rectangular wave, triangular wave, sinusoidal wave) | |
| Oscillation wavelength | Fundamental wavelength | |
| Positioning guide beam | Builtin visible larser (red) | |
| Output stability | ±2%less (Ambient temperature change+/-5℃ in the range), (Water temperature:21to25℃), (Cooling water flow rate18 to 20 L/min), (Irradiation time 8 hrs in the range) | |
| Fiber optic delivery | Single fiber delivery / 2 timesharing | |
| Number of schedule | 256 | |
| Measurement function | Laser energy (J), Average power (W) | |
| Counter | Displays the total number of outputs (9 digits), Displays the total number of acceptable outputs (9 digits) Displays the total LD ON time (7 digits), Displays the laser output time (7 digits) |
|
| Length of the laser controller cable | 1m (standard) *Extension is opition | |
| Laser controller and language | Touch panel, Removal (Japanese and English are available) | |
| Power supply / Beaker rated current | 3-phase, 200-240V AC 50/60Hz / 40A | |
| Power consumption | Maximum:4.0kW / Standby 1.0kW less | |
| Cooling method | Water cooling (21 to 25℃) | |
| Ambient temperature / Ambient humidity | 5 to 40℃ / 20 to 85%RH（non-condensing） | |
*1: When the laser power supply cooling water is constant, eight hours
*2: Depends on the branch
*Specifications subject to change without notice.
▶ Dimensions in mm
▶ Fillet welding
.jpg "proimages/01_Laser_Welders/06_Laser_Handy_Welder/ML-2450AH_2550AH/ML-2450AH-2550AH_EN(14).jpg")
Fillet welding on 0.6-mm and 1.0-mm stainless-steel materials Forms neat welding beads with sufficient strength, thereby eliminating the need for after processing.
▶Welding on box-type workpieces
.jpg "proimages/01_Laser_Welders/06_Laser_Handy_Welder/ML-2450AH_2550AH/ML-2450AH-2550AH_EN(15).jpg")
Angle welding on box-type 0.6-mm stainless-steel workpieces Achieves bonding with little distortion.
▶Cross section of penetration portion
.jpg "proimages/01_Laser_Welders/06_Laser_Handy_Welder/ML-2450AH_2550AH/ML-2450AH-2550AH_EN(16).jpg")
Cross section of 1.0-mm stainless-steel materials bonded by lap welding with the ML-2550AH Lap welding achieves deep penetration across each material as thick as 2 mm.
▶Example of spot welding
.jpg "proimages/01_Laser_Welders/06_Laser_Handy_Welder/ML-2450AH_2550AH/ML-2450AH-2550AH_EN(17).jpg")
Example of lap spot welding on iron-based material
▶Example of welding aluminum materials
.jpg "proimages/01_Laser_Welders/06_Laser_Handy_Welder/ML-2450AH_2550AH/ML-2450AH-2550AH_EN(18).jpg")
Examples of 0.5-mm fillet and butt welding