新しい到着の木製のプラスチック革アクリルのための費用効果が大きい 1325 CO2 レーザーの切断の彫版機械

FP1325PL CO2  レーザー彫刻機 machine

1.高強度重鋼フレーム溶接構造、老化と高温アニール処理後。重いフレームと結合される精密溶接フレームはベッドの高力そして高い信頼性を保障します。

2.フレームガイド平面は、工作機械の水平性と平行性を確保するために、ファイバーレーザー切断機の標準によってCNCプレーナーフライスを通過します。

3.優れた伝送コンポーネント、Y軸ダブルモータードライブは、マシンの高速加工性能を確保します。

4.光学ミラースタンド、より安定した光路。

5.全機械は漏出過負荷保護装置が装備されている。

6.優れた伝達部品、ダブルモータ駆動のY軸は、マシンの高速加工性能を確保します。

7.光学ミラースタンド、より安定した光路。

8.1CM平方誤差のフルエッジサーチは小さい。

9.9.独占特許：ダブルブローとアンチファイア機能。

10.二重ファンダウン機能システムと補助上部吸引システム、より良い煙抽出効果の2セットの吸引システムが装備されています。

11.ファンとエアポンプは自動的にオン・オフされ、電力を節約し、騒音も少ない。

 

Introducing our state-of-the-art UV Laser Engraver, engineered for ultra-fine detailing, high contrast marks and minimal thermal impact. As part of our comprehensive suite of precision systems under レーザーマーキングマシンこのUVモデルは、標準的な彫刻の枠を超え、新たな素材の領域へとその能力を広げている。

1. The Challenge: Why One Machine Needs Two Technologies

Laser types react differently to materials based on their 波長:

• CO2 Lasers (10.6 nm): Absorbed perfectly by organic materials (Wood, Acrylic, Leather). Metals reflect this wavelength unless the power is extremely high (150W+ with Oxygen assist).

• Fiber Lasers (1.06 nm): Absorbed perfectly by metals (Steel, Aluminum, Brass). They pass straight through clear acrylic and cannot cut wood (they would just char/burn it).

2. The Solution: Hybrid CO2 & Fiber Laser Systems

For a business that needs to handle all three materials, there are two primary machine configurations:

Option A: The CO2 Hybrid (Oxygen-Assist)

This is a high-power CO2 machine (usually 150W or 300W) equipped with an Oxygen-Assist Gas Kit and a specialized laser head.

• Acrylic/Wood: Operates as a standard CO2 laser with air-assist for clean, polished edges.

• Metal: Switches to Oxygen-assist to "burn" through thin sheets of stainless steel or carbon steel (typically up to 1.5mm - 2mm).

• Best For: Signage companies that primarily do acrylic but occasionally need thin metal lettering.

Option B: The Dual-Head System (Independent Sources)

A single CNC frame equipped with two separate laser heads and two separate tubes (one CO2 tube and one Fiber source).

• 汎用性がある： You get the engraving quality of a CO2 laser for wood and the high-speed cutting precision of a Fiber laser for metal.

• Best For: Industrial workshops that require high-quality results across all materials without compromising speed.

3. Technical Specification Matrix

特徴	CO2 Laser (Acrylic/Wood)	Fiber Laser (Metal)	Hybrid CO2 (All-in-One)
Material Specialty	Acrylic, Wood, MDF, Leather	Steel, Alum, Brass, Copper	Wood, Acrylic, Thin Steel
Engraving Quality	Excellent (Deep/Photo)	Excellent (Permanent Mark)	Good (Non-metals only)
Max Cutting (Metal)	N/A	10mm+ (depending on power)	1.5mm - 2.0mm (Oxygen)
冷却システム	Industrial Water Chiller	Air or Water Chiller	Heavy-duty Water Chiller
Typical Bed Size	1390 / 1610 / 1325	1325 / 1530	1390 / 1325

4. Key Industry Applications

■ Multi-Material Signage

Combining Acrylic (for backlit letters) with ステンレス鋼 (for the frame) and 木材 (for the mounting backing). A hybrid machine allows you to produce all components on one bed.

■ Industrial Marking & Tagging

Engraving wooden serial plates for machinery and then switching to cutting the 1mm stainless steel nameplates for high-heat environments.

■ Architectural Models

Using wood for the terrain, acrylic for the "glass" windows, and thin metal for structural supports or decorative facades.

5. Professional Buyer’s Checklist

If you are sourcing this machine for a B2B project, ensure these three components are included:

1. Follow-Up System (Live Focus): Essential for metal cutting. The laser head must have a sensor that keeps a constant distance from the metal sheet, even if the metal is slightly warped.

2. Dual Gas Paths: You need separate inputs for Air (for wood/acrylic) and Oxygen/Nitrogen (for metal).

3. Certification: Ensure the machine carries CE and FDA certification. For high-power metal cutting, a fully enclosed cabinet (Class 1 Laser Safety) is highly recommended for operator protection.