Split type constant temperature precision wire feeding laser tin welding machine is a laser equipment with semiconductor module as the core. The design wavelength is 915nm, and the power is optional. The laser energy is controlled through real-time temperature feedback to achieve a stable set temperature.Compared with the standard equipment, the split type constant temperature precision laser tin welding machine only keeps the lens temperature control and the laser generation control part, which can be loaded to the customer's original equipment or production line at the same time equipped with high-precision wire feeding mechanism for tin wire welding, or can be selected with the standard tin green ling for tin singular welding.Can freely carry the original equipment or production line for rapid upgrading.
Product features
1. Only keep the laser control module and lens, which can be carried to the customer's existing equipment and production line.
2, PC control, visual operation.Visual positioning, to meet the requirements of high precision devices automatic or online processing, reduce manual intervention.
3. Adopt high precision infrared temperature detector for real-time temperature feedback and control.
Product Introduction
Turnkey diode laser with optical power up to 250W. A 45W 445nm blue laser (100W optional) can also be used.
LMxxx is a turnkey diode laser with internal monitoring and safety technology, with an optical power of up to 250W.
-The diameter of the glass fiber ranges from 100 �µm to 800 �µm.
-Wavelength: 808nm, 915nm, 940nm, 978nm.
-New product: Blue laser (445nm) with 45W optical power.
-Analog 0-10V laser power interface
-Time constant 0.3ms
-Safety technology-monitor start, internal-external emergency stop, remote start.
-Prepare for connecting LASCON controller and laser heads LH102, LH103 and LH501.
-Installed in a 19"-4U industrial enclosure.
Description:
1. Adopt the international advanced DSP control technology, it is the pioneer to fast continuously curving-cut and shortcut processing pathway optimizing function, accordingly increase greatly the decency.
2. It automatically equalizes the diminishing of light during the whole operating to ensure the same cutting effect ion different areas.
3. High-speed cutting control software and buffer function in high-speed movement can improve production efficiency.
4. The up-to-date software provides the direct output of original pictures; completely fit the graph foams such as CAD, CAM of CAD, and CorelDraw software, to meet the practical design requirement of the end-users.
5. The advanced colors and the toms of the cutting can realize the one-time output completely or partially.
6. It uses USB port to transmit data, equipped with large-capacity memory, improving working efficiency greatly.
APPLICATION:
Transparent cutting fluid for machining operations
DESCRIPTION:
Compounded cutting oil used in machining operations where cutting fluid
transparency in needed for good metal working visibility. It is formulated with
various proportions of sulfur compounds and fatty material for superior
performance. Its relatively high flash point helps prevent smoking in service. It
gives superior surface finish and prolongs tool life. It is non- staining and has
high degree of chemical activity which is important in cutting ferrous alloys in
such operations as broaching, grinding and threading.
TESTS
Gravity, API @15.6 o C : 28.3
Flash Point, o C : 204
Color, ASTM : 1.0
Viscosity, cst @ 40 o C : 28.6
Viscosity, cst @ 100 o C : 5.0
A premium quality, general purpose, emulsifiable oil which provides
optimum cooling and lubricant in metal cutting and grinding operations. It
mixes readily with water to from stable emulsions, has good rust- preventive
properties and is inhibited against foaming. It resistance to bacterial attack
prolongs the storage life of the emulsion. The most common mixtures are
20:1 for machining and 30:1 for grinding.
TESTS
Density @15 oC : 0.97
Color, ASTM : 2.5
Viscosity Approx, cst @ 40 o C : 69
Emulsion appearance : Milky white
