A fiber laser cleaning machine uses a high-energy fiber laser beam to remove rust, paint, oil, oxides, and other surface contaminants from metal and industrial components. The laser energy is absorbed by the contaminated layer, causing it to vaporize or separate from the substrate without damaging the base material.
Compared with chemical cleaning, abrasive blasting, and mechanical methods, fiber laser cleaning provides a non-contact cleaning process with precise control of power, frequency, and scanning parameters. Fiber laser sources offer stable beam quality, long service life, and are suitable for continuous industrial operation.
ファイバーレーザー洗浄機 are widely used for rust removal, paint stripping, mold cleaning, welding surface preparation, and metal surface treatment in industries such as automotive, shipbuilding, machinery manufacturing, and metal fabrication. They are compatible with materials including steel, stainless steel, aluminum, and copper, making them suitable for both handheld operation and automated production systems.
A fiber laser cleaning machine uses a focused laser beam to remove rust, paint, oil, oxide layers, and other contaminants from material surfaces. The laser energy is absorbed by the surface contaminants, causing them to break down and separate from the substrate through laser ablation.
A fiber laser cleaning machine uses laser ablation to remove unwanted surface layers without mechanical contact. The process does not use abrasives or chemical cleaners and is applied for rust removal, surface preparation, welding preparation, and industrial maintenance.
For more detailed information on the operation and process, see the article “How Does a Laser Cleaning Machine Work?”
その 手持ち式レーザー洗浄機 レーザービームを洗浄媒体として、防塵防滴構造の洗浄ガンを洗浄ツールとして使用します。幅5～30センチメートルの範囲を毎分1.2平方メートルの速度で洗浄できます。光ファイバー伝送方式を採用することで、高い洗浄効率を実現し、洗浄プロセス中の排出ガスをゼロに抑えます。頑固な汚れの迅速な除去や、広範囲の軽質汚れの洗浄に適しています。
オプションでシングルモードまたはマルチモードのファイバーレーザーを搭載したパルスレーザー洗浄機は、高精度な非接触洗浄を実現します。屋外での移動作業、工場生産、精密部品加工向けに特別に設計されています。バックパック型、スーツケース型、キャビネット型があり、環境に優しく持ち運びやすいという利点から、精密部品洗浄、文化財修復、工業生産など幅広い分野で活用されています。
その 自動送風式ハンディレーザー錆除去機 is a portable laser cleaning device with an integrated air-blowing system for removing rust, paint, and surface contaminants from metal parts. The handheld design allows operators to clean different areas with flexible movement, making it suitable for workshops, equipment maintenance, welding preparation, and small-to-medium metal components.
| 製品仕様 | |
|---|---|
| レーザー出力 | 50W～4000W |
| レーザー光源 | ファイバーレーザー、1064nm |
| 洗浄幅 | 50～300mm調整可能 |
| 洗浄速度 | Up to 1.8㎡/min |
| 洗浄方法 | Rust Removal, Paint Removal, Oil Cleaning, Oxide Removal, Surface Preparation |
| 動作モード | Handheld / Automated Integration |
| 冷却システム | 空冷/水冷 |
| パルス幅 | 2–500ns Adjustable (Pulsed Laser Models) |
| スキャン速度 | 最大10000mm/秒 |
| ファイバーケーブルの長さ | 3m / 5m / 10m Optional |
| 制御システム | Touch Screen / Digital Control |
| 電源 | 220V / 380V カスタマイズ |
| 該当する材料 | Carbon Steel, Stainless Steel, Aluminum, Copper, Cast Iron |
| レーザーの種類 | Pulsed Laser / Continuous Wave (CW) Laser |
| アプリケーション産業 | Metal Fabrication, Automotive, Shipbuilding, Machinery, Mold Maintenance |
Used for removing rust and corrosion from steel structures, pipes, machinery parts, and metal equipment before further processing or coating.
Applied for stripping old paint, protective coatings, and surface layers from automotive parts, steel structures, and industrial components.
Used before welding to remove rust, oil, and oxide layers from metal surfaces, improving weld preparation and reducing surface contamination.
Suitable for cleaning injection molds, rubber molds, and precision tooling by removing residues, carbon deposits, and production contaminants.
Used for cleaning engine parts, molds, welding areas, and metal components during automotive production and maintenance.
Applied for large-scale rust removal and surface treatment on ships, steel structures, construction machinery, and industrial equipment.
Used for paint removal, surface cleaning, and maintenance of aircraft parts where controlled material removal is required.
Used for cleaning stainless steel, aluminum, copper, and carbon steel parts before welding, coating, or surface finishing.
The required laser power depends on the cleaning material, contamination type, cleaning area, and production requirements. Low-power laser cleaning machines are mainly used for precision surface treatment, while high-power systems are designed for large-area cleaning and heavy contamination removal.
| レーザー出力 | 詳細説明 | 用途 |
|---|---|---|
| 50W–200W Laser Cleaning Machine | Suitable for precision cleaning applications where heat input needs to be controlled. | Mold cleaning, Precision parts cleaning, Oil and oxide layer removal, Small metal component maintenance |
| 500W–1000W Laser Cleaning Machine | Suitable for general industrial cleaning tasks with moderate contamination. | Metal rust removal, paint and coating removal, welding surface preparation, and machinery maintenance |
| 1500W–2000W Laser Cleaning Machine | Suitable for continuous industrial cleaning and larger metal component processing. | Steel structure cleaning, Large metal parts, Heavy equipment maintenance, Ship components |
| 3000W–4000W Laser Cleaning Machine | Designed for heavy-duty surface cleaning and large-area industrial applications. | Heavy rust removal, Shipbuilding, Steel fabrication, Large industrial equipment cleaning |
When selecting a fiber laser cleaning machine, consider the type and thickness of contamination, material properties, cleaning speed requirements, and working environment.
A fiber laser cleaning machine is a highly efficient and environmentally friendly solution for metal surface treatment, effectively enabling the rapid and non-destructive removal of rust, oxide layers, or old coatings. Compared to traditional methods such as sandblasting and chemical cleaning, laser cleaning offers greater flexibility and adaptability, is environmentally friendly, and reduces subsequent processing costs.
| 比較要因 | レーザー洗浄 | サンドブラスト | 化学洗浄 | ドライアイス洗浄 | 手動研削 |
|---|---|---|---|---|---|
| 洗浄原理 | レーザー（非接触式） | 研磨衝撃 | 化学反応／溶解 | CO₂粒子の衝撃と昇華 | 機械的摩擦 |
| 表面保護 | 高精度、基板への影響を最小限に抑える | 表面粗面化 | 腐食または残留物のリスク | 一般的に穏やか | 引っ掻かれるリスクが高い |
| 消耗品 | なし | 砂／研磨剤 | 酸／溶剤 | ドライアイスペレット | 研削ディスク |
| 環境影響 | 化学物質不使用、廃棄物削減 | 粉塵汚染 | 有害液体廃棄物 | CO₂換気が必要 | ほこりや破片 |
| 自動化の可能性 | 自動化生産ラインへの統合が容易 | 限定的 | 限定的 | 穏健派 | 上級 |
| メンテナンス要件 | ロー | メディアの取り扱いと機器の摩耗 | 化学物質の保管および廃棄 | ペレット供給システム | 頻繁な工具交換 |
| 業務上の清潔さ | クリーンなプロセス、残留物を最小限に抑える | 高い発塵性 | 化学物質残留物が存在する | 二次廃棄物はごくわずか | 金属くずが発生する |
| 精密部品への適合性 | 素晴らしい、お勧め | 適切ではありません | 表面反応リスク | 制限付き管理 | 不適合 |
| 長期運用コスト | ロー | 技法 | ハイ | 技法 | 技法 |
レーザー洗浄は、高い精度、再現性、そして環境への持続可能性を実現します。初期投資は比較的高額ですが、消耗品が不要で、廃棄物処理コストを削減でき、自動生産ラインにも対応できるため、現代の用途において戦略的な長期ソリューションとなっています。
ケンプソン is a professional laser equipment manufacturer and supplier specializing in fiber laser cleaning machines for industrial surface treatment. The product range covers 50W–4000W laser cleaning solutions for rust removal, paint stripping, oxide removal, welding surface preparation, and metal surface maintenance. With experience in laser welding and cleaning technology, KEMPSON provides handheld and customized laser cleaning systems for applications in metal fabrication, automotive, machinery, shipbuilding, and other industries.
KEMPSON provides complete support from equipment selection and cleaning tests to customized solutions and after-sales service. Each laser cleaning machine is manufactured with industrial-grade components and tested before delivery to meet different working requirements. お問い合わせ for a suitable fiber laser cleaning solution, factory quotation, and technical support for your application.
A fiber laser cleaning machine uses a high-energy laser beam to remove rust, paint, oil, oxide layers, and other contaminants from material surfaces through laser ablation.
The laser beam is absorbed by the rust layer, causing rapid heating and separation from the metal surface. The process removes rust without direct contact with the workpiece.
Fiber laser cleaning machines can clean carbon steel, stainless steel, aluminum, copper, cast iron, and other metal materials used in industrial applications.
The required power depends on rust thickness, cleaning area, and working speed. 500W–1000W machines are suitable for general rust removal, while 1500W–4000W models are used for heavy rust and large metal surfaces.
The price of a fiber laser cleaning machine depends on laser power, laser source, cooling system, cleaning width, and configuration. Typical prices range from several thousand to tens of thousands of US dollars.
Yes. A 4000W laser cleaning machine is designed for heavy rust removal, large steel structures, ship maintenance, and other industrial cleaning applications that require higher cleaning speed.
Laser cleaning uses no abrasive materials and does not create secondary waste. It provides a non-contact cleaning process with better control over surface treatment, while sandblasting is still suitable for large-scale rough cleaning applications.
No. Fiber laser cleaning machines do not require sand, chemicals, or grinding materials. Regular maintenance mainly involves checking the laser system, protective lens, and cooling components.
ファイバーレーザー洗浄機をお探しですか？
Check our Fiber Laser Cleaning Machine
（50～4000W）
KPS 2000W/3000Wレーザー洗浄機が光蒸発によってどのように動作するのかをご覧ください。基材に損傷を与えることなく、金属の錆を高効率かつ環境に優しく除去します。
自動レーザー溶接とハンドヘルドレーザー溶接を、精度、効率、コスト、用途の観点から比較します。製造ニーズに最適なレーザー溶接システムと、生産ラインに最適なソリューションの選び方を学びましょう。
この記事では、レーザー溶接が金属部品の隙間を埋めることができるかどうか、また、さまざまな接合条件下でどのように動作するかを解説します。実際の溶接公差、隙間の大きさが溶接品質に及ぼす影響、追加の溶加材やプロセス調整が必要となる場合についても取り上げます。さらに、このガイドでは、密着レーザー溶接と従来の溶接方法を比較し、産業用途における溶接の一貫性を向上させるための実践的な推奨事項を提供します。
レーザー溶接は、最小限の熱入力で強力かつ精密な溶接を実現できることで広く知られています。よくある質問の一つに、溶接時に溶加材が必要かどうかというものがあります。多くの用途では、溶加材を使用せずに母材を直接溶融させることでレーザー溶接を行うことができます。しかし、厚みのある材料を溶接する場合、接合部の隙間を埋める場合、割れを防ぐ場合、または異種金属を接合する場合は、溶加材が重要になります。このガイドでは、自溶式レーザー溶接の仕組み、溶加材が必要な場合、ウォブル溶接で溶加材を代替できるかどうか、そして用途に応じてワイヤ溶加材と粉末溶加材のどちらを選ぶべきかについて説明します。
