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Introduction to 3D Laser Engraving TechnologyTo define 3d laser engraving in simple words, it is a technology that produces 3D engraving of logos, patterns, designs, portraits, etc on a substrate material. 3D laser engraving machines differentiate between the lighter and darker areas of the substrate material. The dark patches of the material receive maximum power.
On the other hand, the machine skips the lighter patches altogether. However, the shades that are neither in dark patches nor in light patches receive different levels of power to create the amazing 3d pattern. Apart from that, the regions that contain depths and slopes are given so by adjusting the depth of the laser beam. This is how breath-taking 3D art is made.

• Delivery Time: 4 Weeks

Marking machine for wire with beltElectronic Components: Resistors,Capacitors,Chips,Printed Circuit Boards, Keyboard, etc.Mechanical Parts: Bearings, Gears, Standard Parts, Motor, etc. Instrument: Panel Board, Nameplates, Precision equipment, etc.Hardware Tools: Knives, Tools, Measuring Tools, Cutting Tools, etc.Automobile Parts: Pistons&Rings,Gears,Shafts,Bearings,Clutch,Lights.Daily Necessities: Handicrafts, Zipper, Key Holder, Sanitary Ware, etc.

All our standard systems are integrated with our MLS Human Machine Interface (HMI) Is designed for ease of process operation and monitoring of all system components.
Our HMI Easy Programming Mode enables fast programming of common geometries (conical, shafts, discs). Requirements for operator skill is reduced; it is only required to enter basic data to enable the system to calculate the required movements.
The cladding parameters are easily recalled allowing cladding to start in a matter of minutes.
H.M.I Process dashboard allows the operator to:
Select parameters.Start / Stop process.Idle mode (ON / OFF).Start / Stop powder feeder.Review system status.Recipe storage & recall.

Material: SS

Color: bronze

Packaging Type: box

Surface Finishing: Copper Coated

• Robotic Machine Part Tending
• Robotic Pallet Changing
• Robotic Machine Tool Changing
• In-Process and Post-Process Inspection
• Tool Monitoring & Adaptive Control

 welding the cylindrical cell type lies in the negative terminal weld, where the battery tab is welded directly to the can as opposed to the separate platform on the positive side. The weld on the negative terminal must not penetrate the can thickness which is typically around 0.015-inch (0.3mm).

Laser Marking Service for Remote Silicon rubber

 Advantage:
1. Professional on-fly marking galvo head, maximum marking speed can be 8,000mm/s.
2. Touch screen ,easy operation, short time training is enough. 3. Top brand source, stable and good quality in working.long lifetime can reach up to 100,000hrs.
4. High precision marking.
5. Professional on-fly control system,maximum can be 100mm/min on-fly.
6. Excellent beam quality, high photoelectric conversion efficiency, good performance and can be competent at fine processing.
7. All-in-one design,saving space and easy to move.
8. High efficiency,which can meet the need of massive production.
9. Special design beautiful appearance


Name Fiber on-flying laser marking machine
1 Machine model MLS-LM30
2 laser power 30W
3 laser wavelength 10640 nm
4 Laser level Class 1
5 Repeat accuracy ±0.001mm
6 Min.line width 0.01mm
7 Min.character size 0.15mm
8 Max marking speed 10,000mm/s
9 Working area 70x70mm/100x100mm/200x200mm
10 Cooling Air cooled
11 Working environment temperature range 5~35 ??? 12 Humidity range of working environment < 70% No condensation

Easy to see the air pressure gauge
Enlargement of the gauge from Φ40 to Φ50 improved the visibility.

Improved operability of air and water supply valves
Adoption of ball bulbs enabled 90 degree operation to open and close .

Improvement of the air hose
Introduction of one-touch system to the connection simplified the detachment process and adoption of resin hose reduced the loss caused by inflation of the air hose.

Improvement of the primary power source connection
Changed to the terminal system with a cover considering safety.

Enhancement of temperature monitoring
In addition to transformer and thyristor, secondary terminal is monitored. Prevents temperature increase caused by forgetting to disembogue coolant water.

Change of cooling method of thyristor
Changed from direct cooling to indirect cooling to prevent electric leak from the cooling hose.

Change in the size of anchor fixing part
The anchor volt length has been changed from 60mm to 6mm.

Improvement of starting switch
Responding to the various starting systems, direct connection to the timer terminal block has been enabled.

Environmental consideration
Review of parts and improvement of surface treatment of ram reduced environmentally burdening substances.

AlmaCAM software has four modules for CNC cutting:AlmaCAM drawing module:1)       Draw: similar with CAD, to draw all kinds of parts2)       CAD compatible and Optimizer: to read in and optimize DXF/DWG files by delete, compress, extract, explode3)       Cutting functions: Kerf compensation, plasma bridge, common line cutting, corners, CAD layers, word label FastNEST automatic nesting module:1)       Manual nesting, easy & convenient to use2)       Automatic nesting in a row or in a matrix3)       Full automatic nesting4)       Interactive nesting by auto and manual nesting5)       Common cut & continue cut to reduce pre-pierce6)       Remnant nesting for irregular remnant or parts FastPATH automatic pathing module:1)       Programming: automatic & manual pathing include marking, path optimizer, multi-layer cutting2)       Support multiple CNC control, ESSI&EIA G/M code3)       Support Kerfs comp., pre-pierce, stitch& tag cutting FastPLOT verification module:1)       NC Verification: automatic & manual simulation, dimension and kerf compensation verification2)       Costing: utilization, cut length, pierce & cutting cost3)       Transfer NC files to CAM/DXF/DWG filesFastCAM Support: Windows98/2000/NT/XP/vistaFastCAM Multi-languages: Chinese/ English/ German/ Spanish/Polish/Korea/Czech/Russian etc.

Robotic Laser CuttingLaser cutting is a non-contact process that uses a laser beam to cut ferrous materials < 6mm thick. This technology is commonly used for upper car and truck body parts, A pillars and B pillars.
AdvantagesHigh quality of cutting edgesLow heat input into the materialHigh processing speeds when working with a variety of work piecesLow investment cost (up to 35% lower investment cost than traditional 5-axis laser-cutting machine)Possibility to eliminate existing operations (eg. in-line cutting of hot stamped parts)Ease of integration and flexibility

Laser Micro machining & Micro drilling projects :

How the laser micromachiningsystem is revolutionizing modern manufacturingThe laser micromachining system can guarantee consistent quality in repetitive tasks among several other advantages:Femtosecond lasers hold the key to the future of the laser micromachining system

• Delivery Time: 1 day

Features:
Versatile; works with round or oblong tablets or capletsFully enclosed laser operationsProgrammable laser for ease of managing multiple productsVision inspection/rejection system verifies accurate lasingPortable; easy setup and changeoverInterlocked safety operationsSwing arm touch screen HMIFully integrated controlsIntuitive, user-friendly softwareCE Compliant Complies with EN 60825-1 for Class IV laser projectsAccessible components for easy maintenance

Introduction to 3D Laser Engraving TechnologyTo define 3d laser engraving in simple words, it is a technology that produces 3D engraving of logos, patterns, designs, portraits, etc on a substrate material. 3D laser engraving machines differentiate between the lighter and darker areas of the substrate material. The dark patches of the material receive maximum power.
On the other hand, the machine skips the lighter patches altogether. However, the shades that are neither in dark patches nor in light patches receive different levels of power to create the amazing 3d pattern. Apart from that, the regions that contain depths and slopes are given so by adjusting the depth of the laser beam. This is how breath-taking 3D art is made.

An automated production line is comprised of a series of workstations linked by a transfer system and an electrical control system. Each station performs a specific operation and the product is processed step by step as it moves along the line in a pre-defined production sequence.

A fully digital weld camera intended for monitoring all open arc welding processes for OEMs, Advanced End Users or Lab Environments, featuring:

• High Dynamic Range (HDR) Images in Monochrome (XVC-1000) or Color (XVC-1100)
• Remote Monitoring from up to 100 Metres
• C/CS Mount for custom optics
• Up to 55 fps @ 1280 x 1024

Introduction to 3D Laser Engraving TechnologyTo define 3d laser engraving in simple words, it is a technology that produces 3D engraving of logos, patterns, designs, portraits, etc on a substrate material. 3D laser engraving machines differentiate between the lighter and darker areas of the substrate material. The dark patches of the material receive maximum power.
On the other hand, the machine skips the lighter patches altogether. However, the shades that are neither in dark patches nor in light patches receive different levels of power to create the amazing 3d pattern. Apart from that, the regions that contain depths and slopes are given so by adjusting the depth of the laser beam. This is how breath-taking 3D art is made.

• M 350 C Pulse Rapid with inverter technology that allows the user to make the gas (MIG), electrode (MMA) and TIG welding with a single machine.
• It provides welding without sputtering by means of pulse function. Synergic, Pulse and Manual use.
• Comes with features of XForce, XRoot , Xpipe and Xcold programs
• It is equipped with special programs for Steel / CrNi / Aluminum / Copper weldings.
• Digital display and easy-to-use front panel, it allows the welder to adjust the wire speed, voltage and amperage values.

• Item Code: 84561100
• Production Capacity: 3 shift
• Delivery Time: 1 day