| Application: | Automotive Industry |
|---|---|
| Cooling System: | Water Cooling |
| Technical Class: | Continuous Wave Laser |
| Applicable Material: | Metal |
| Structure Type: | Gantry Type |
| Laser Classification: | Fiber Laser |
| Samples: |
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| Customization: |
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The automotive industry is a huge industry, encompassing everything from the designing, developing, producing and manufacturing of automotive vehicles, and finishing with the testing, marketing and selling of said vehicles.
There are hundreds of thousands of varying parts, pieces and people involved in the process along each step of the way. With so many different processes involved, it can seem complicated to ensure that it all runs smoothly towards building a safe and roadworthy vehicle.
Laser cutting is one process that is used at various stages of automotive manufacture to ensure the end product is reliable and safe for the consumer. In the article below, we have examined this in more detail.
| NO. | ITEM | LT-0816 | |
| 1 | CONTROL | CYPCUT | |
| 2 | LASER RESONATOR | Raycus/IPG | |
| 3 | LASER HEAD | RAYTOOLS | |
| 4 | WATER CHILLER | HANLI | |
| 5 | SERVO MOTOR | YASKAWA | |
| 6 | CHUCK | TYPE | PNEUMATIC CHUCK |
| DIAMETER(mm) | φ0-φ80 (customizable) | ||
| RATED RESOLUTION(r/min) | 150 | ||
| MAX. RESOLUTION(r/min) | 300 | ||
| 7 | GANTRY MOVING SPEED (m/min) | 92 | |
| 8 | CHUCK MOVING SPEED(m/min) | 60 | |
| 9 | TUBE LENGTH (MM) | 0-1300 (customizable) | |
| 10 | RAIL | TAIWAN BRAND | |
| 11 | TRANSMISSION | TAIWAN BRAND | |
| 12 | REDUCER | MOTOREDUCER | |
| 13 | G.W. | 5000 KG | |
RFQ
Putting its specific benefits and advantages aside for just one moment, cutting with a laser is one of the most used processes in the automobile industry, and any manufacturing industry for that matter. It involves the process of cutting materials and shapes down to size, and this is something that is widely used when it comes to creating intricate and complicated products.
However, laser cutting itself provides a unique alternative to other forms of traditional cutting that are on the market. Perhaps the biggest advantage is that users can deliver extremely precise finishes with smooth edges, heightening the end product and reducing material waste. Laser-based cutting also uses an extremely low power consumption, it has low maintenance costs, and can be used for multiple applications, reducing time wastage too.
Finally, it is one of the safest processes available. Laser cutting is required to be conducted in an enclosed, tight light box, whereas more traditional and conventional methods see a free-running blade doing the cutting. While steps are taken to ensure that conventional methods are safe, laser cutting simply provides those in the manufacturing industry with one less thing to worry about.
Thanks to the huge number of benefits and features shown above, it is unsurprising that the process finds multiple uses within the automotive industry. We've explored some of these applications here.
Automobiles today aren't like the ones designed and produced decades ago. The parts and components now are much smaller and more complicated, such as with apertures for antennas, and laser cutting is the most reliable process for this.
Hydroformed parts, that is metal parts that have been formed into 3D shapes, are crucial parts for any automobile. Laser cutting is one of the best processes for cutting these shapes smoothly and with absolute accurate precision.
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