HF1610H Enclosed Fiber Laser Cutting Machine

Type Fiber Laser Cutting Machine
Brand HonorFuture
Model HF1610H
Price 9000-14000USD
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Detailed Info
Product Description
HF1610H Enclosed Fiber Laser Cutting Machine is the best cutting tool for thin sheet metal cutting, especially for carbon steel, stainless steel cutting, it combines function of compact layout, stable optical link, convenient operation and reliable performance in one

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Specification


Model

HF1610H

Working area
1600x1000mm
Laser Power
1500W; 2000W/3000W
Laser Wavelength
1064nm
Application Materials
Metal
Max. Cutting Thickness
SS:6MM,CS:16MM; depending on power
Gross Power
9KW; depending on power
Positioning Accuracy
±0.03mm/m
Reposition Accuracy
±0.02mm
X/Y-axis Maximum Simultaneous Positioning Speed
140m/min
U-axis max.moving speed
30m/min
Cooling Model
Water cooling


DETAILED IMAGINES

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Application
The applicable materials include: ordinary carbon steel, stainless steel, Alloy steel, Aluminum, copper, titanium plate etc.

Suitable for aerospace technology ,rocket, plane, robot, elevator, steamship and automobile manufacturing and metal parts processing industry for metal plate, advertisement, kitchen ware, bit tool, hardware etc.

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Why choose a small fully enclosed fiber laser cutting machine?


1. Safety advantages

Laser radiation protection

The fully enclosed structure completely isolates the laser from the operator through protective glass and isolation design, avoiding direct or scattered light damage to the eyes, and complies with international laser safety standards.

Reduced mechanical risks

The enclosed design can effectively block the splashing of cutting sparks and reduce accidental mechanical damage. At the same time, the intelligent alarm system and anti-collision function further ensure the safety of operation.

Smoke control

The closed environment with automatic dust removal system can minimize the smoke and dust escape rate generated by cutting, reducing the harm to the working environment and personnel health.


2. Cost and efficiency optimization

Low equipment cost

The price of small models is only 1/3-1/2 of the same performance standard equipment, and the energy consumption is lower (the power consumption is only 20-30% of the CO₂ laser machine), which is suitable for small and medium-sized enterprises with limited budgets.

Low maintenance cost

No laser gas and reflective lens maintenance is required, the fiber transmission system is highly stable, the life of key components can reach 100,000 hours, and the long-term use cost is significantly reduced. High space utilization

The compact design occupies a small area and supports flexible layout in narrow spaces such as laboratories and small workshops.


3.Processing performance and applicability

High-precision cutting

The focused spot is smaller (accuracy up to 0.1mm), the cutting seam is fine and the surface is smooth, which is suitable for industries with strict tolerance requirements such as glasses, precision hardware, and electronic components.

Strong material compatibility

Supports the cutting of various metals such as carbon steel, stainless steel, and aluminum alloy, especially suitable for efficient processing of thin plates (such as kitchen utensils and billboards) and small workpieces.

Intelligent operation

Equipped with automatic edge finding, material discharge and lubrication systems to improve plate utilization and production efficiency and reduce manual intervention.


4.Applicable scenarios

Laboratory and scientific research: The fully enclosed design ensures a clean environment and adapts to the cutting needs of complex samples.

Small enterprises: Low cost and low maintenance characteristics meet the production of small batches and multiple varieties.

High-precision industries: such as medical equipment and jewelry processing, which rely on their refined cutting capabilities.

Summary


The small fully enclosed fiber laser cutting machine has become an ideal choice for laboratories, small and medium-sized enterprises and precision processing fields through the comprehensive advantages of safety protection, cost control, high-precision processing and compact design.