8KW-Laser Cutting Machine - Hindcam Pvt. Ltd.

An 8kW laser cutting machine is a perfect choice for the high-end and precision cutting for the metal fabrication business. Hindcam is manufacturing an 8KW laser cutting machine that contributes to higher cutting thickness for metals like SS (25-40mm), aluminum (17-35mm), carbon steel (28mm), brass (15mm), and so on.

Machine’s Overview

Technical Specification -8kw laser cutter

Here are the core technical specifications for the 8 kW laser cutting machine.

Model	8kW fiber laser cutting machine
Cutting Head	Raytool (BM 115 and BM 114)
Servo Motors	Yashkava, Innovation, or Fuji
Type of machine	Dual Bed Exchange (Platform Sheet Cutting)
Working size	2000* mm/20006000 mm/25006000 mm (customizable)
laser power	8000W fiber laser
Max accelerated speed	1.5G-2G
Max. working Speed	120m-150m/min.
Cutting accuracy	±1.5mm
Positioning accuracy	±0.03mm
Re-positioning accuracy	±0.03mm
voltage	380V/3P/50HZ
Supported File formats	DXF, DWG, AI, NC files, SVG
Guide Rail	Heavy-duty linear guide rails
Water Chiller	S&A, Hanli brand
Control System	Bochu, CYPCUT 2000

Features: 8KW fiber laser cutter

Highly compatible and upgraded software: It has an advanced feature of upgraded software CYPCUT 2000, 2000E, BOCHU, ETC.

A. Auto Nesting: It automatically arranges 2D and 3D shapes and parts on the sheet for to avoid any damages.
B. Smart Piercing: Controls power, time, and gas during thick plate piercing to avoid burning.
C. Edge smoothing: fine-tunes the cutting head’s path to eliminate sharp corners and vibration.
D. Dynamic Focus Tracking: It reads and auto-adjusts the focus height while cutting different thicknesses of the metal surfaces.
E. Multi-layer cutting: cuts different layers or depths without reprogramming the file.
F. Fly Cutting: In this section, we can choose the one-path flycut feature to cut holes or small shapes continuously without stopping.
G. Real-Time Monitoring: Monitors gas flow, beam stability, and head temperature in live time.
H. Error and Collision Detection: Stops cutting instantly if the head contacts material.

E. Smart monitoring feature: it detects the dirty lens and gives an alarm to change it.

F. Center circle (fine edge): It has a center circle feature that detects the center within a circle and cuts it thoroughly.

G. Gas correction: Here we can check the gas pressure test.

2. The cooling system is more advanced: We use the water chiller of S&A and Hanli brands that gives more cooling to the machine during the cutting process. In addition, this dissipates the heat fast and increases the life of the machine.

3. Higher cutting quality: Irrespective of the cutting metal material nature, the cutting quality remains the same and of higher quality. And its cutting speed shall be up to 150–200 m/min.

4. Noise-free operations: Entire cutting, engraving, and other functions are done with noise cancellation.

5. Smart auto-focus cutting head: The Raytool (BM 115 and BM 114) that is used in the machine. Additionally, it has auto-focus qualities that help in high-precision and damage-free cutting.

6. Guide rails & motors give stable operations: There are added advantages in stable cutting due to its guide rails, racks, and servo/stepper motors.

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Advantages

An 8 kW laser cutting machine has many advantages that can be a beneficial choice in industrial growth. Here are some of the main advantages of using the highly efficient and fully automatic laser machine:

Wide ranges of material cutting: The 8kw laser cutter has a high cutting thickness level that can cut the metal surface via the correct parameter setup. It includes SS, MS, carbon steel, brass, aluminum, copper, and many others.
Cost- and time-efficient: The cutting cost is low due to fast cutting. So, this saves the final cutting cost and time.
Designing complexities in multi-axes: Whether it’s 2D or 3D designing, it has uniform cutting capabilities in all X, Y, and Z axes very efficiently.
High-precision cutting with no damages: The material damage is minimal with high-precision cutting over any material/reflective metal.

Disadvantages

Higher initial cost: The initial setup cost may be high due to the machine’s price, including its accessories like UPS, chiller, and other components.
Beam reflection damages: There may be higher risk for highly reflective material cutting and it needs crucial parameter settings
Expertise required: An experienced operator is required to successfully run the machine.
Emission of noxious gases: The chronic emission of harmful gases can affect the operator’s health.

Major Applications

Metal sheet fabrication: This machine allows cutting-edge accuracy over the thick metal sheets of aluminum , brass, copper , MS, SS, and many others. So, any complexity and designs can be easily cut with the minimal setting and time. And the products include HVAC, vehicle parts, tools and accessories, and much more.
Prototyping, designing, and production: with the advanced software of the laser cutter, the 2D and 3D prototype designs can be created and implemented on the material. It includes statuesque, industrial machinery parts, metal furniture frames, architectural facade panels, and much more.
Medical devices: Medical surgical instruments are very crucial and need to cut very precisely. So an 8 kW laser cutter is highly efficient for thick sheet metal cutting , tools, and accessories that can be used in OT and other medical needs.