The DiaCUT L315V is designed to process super-hard materials, including diamonds, making it ideal for industries such as aerospace, automotive, and precision mold making.
The highly rigid marble structure provides excellent thermal stability and high precision, ensuring that the machine retains accuracy over time.
The linear motor modules drive the X and Y axes, enabling high precision and reliability in the machining process.
The equipment dimensions are 2100 mm in length, 1500 mm in width, and 1600 mm in height.
The DiaCUT L315V weighs approximately 2000 kg.
The maximum rapid traverse displacement for the X, Y, and Z axes is 10 m/min.
The main power supply requires 220V ±10% with a power requirement of 20 KVA.
The machine utilizes the OPMT-OPMT CNC system for precise control during operations.
The positioning accuracy is 0.01 mm, while the repeat positioning accuracy is 0.002 mm for the X, Y, and Z axes.
Yes, the modular design of the laser beam path ensures easy installation and commissioning.
Industries such as 3C, aerospace, mold making, automotive, education, and scientific research benefit from the high-precision applications of this laser machine.
The base support parts such as the bed and crossbeam are aged to ensure good accuracy retention, while the platform is made from marble for stability.
Yes, the DiaCUT L315V is suitable for educational settings, particularly in fields related to materials science and engineering.
The fully enclosed protection of the laser beam path components enhances stability and reliability during operation.
The DiaCUT L315V is particularly effective for high-precision applications such as surface grinding of super-hard materials, including diamonds.
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