Laser Technology - Citizen Machinery

Non-contact cutting

• Non-contact laser removal does not involve tool wear.
• High accuracy cutting with no deflection force.
• Machining chips are reduced to dust and easily washed or blown away.

Ultra-fine processing

• Ultra-fine processing by using a very small diameter laser beam.
• Very small component features with sharp edges, normally too small for conventional machining can easily be achieved.

Reduce manufacturing cost

• Laser marking at high speed on one machine.
• Saving floor space (Use floor space of one machine)
• Lower price than two machines for each process.
• Remove cost of consumable cutting tools.

High-precision processing

• High accuracy by processing without re-grip.

Increased profitability

• Very high productivity — up to 10 times faster than conventional machining.
• Increased hourly rate or reduced manufacturing cost

• Laser oscillator – Variety of fiber laser and CO2 laser. The oscillating type and power is selected by depending on materials and thicknesses.
• Laser light transfer line – Transfer laser light using optical fibers and mirrors.
• Laser processing head – Concentrate transferred laser light in apposite size and irradiate to material to melt it.
• Assist gas – The assist gas is effused coaxially with laser light and achieves cutting by blowing away the melted material. Selection of nitrogen, oxygen or atmosphere depends on the materials.