Automobile manufacturing and maintenance

Saiba mais sobre os mais de 14 anos de experiência da Jobon Laser, a fábrica interna, o alcance global e o compromisso com a inovação em maquinaria laser.

Why Engine Parts Accumulate Oil & Carbon Deposits

Oil stains and carbon buildup on engine components mainly result from incomplete fuel combustion and oil leakage. During operation, unburnt fuel and leaked engine oil are exposed to high temperatures, forming sticky residues and soot. These deposits commonly appear on pistons, valves, injectors, and cylinder heads, especially in engines using poor fuel, experiencing short trips, or suffering from worn seals.

Over time, they reduce performance, increase wear, and make cleaning or reassembly more difficult—requiring precise and non-damaging methods like laser cleaning.

Effects of Oil and Carbon Deposits on Engine Parts

Oil stains and carbon buildup on engine components reduce efficiency, increase wear, and cause overheating. These residues disrupt combustion, block cooling and lubrication channels, and lead to emission failures. For surface treatment or remanufacturing, contaminants prevent proper bonding and compromise repair quality.

Laser cleaning offers a safe, non-contact solution to remove stubborn deposits without damaging the base metal—ideal for automotive manufacturing and maintenance.

Caraterísticas do produto

  • Pulse cleaning - Oil removal

    Efficient Removal of Oil Stains & Carbon Deposits from Engine Components

    In the automotive industry, engine components are often subjected to stubborn oil stains, grease, and carbon buildup—especially during manufacturing, repair, or remanufacturing. Laser cleaning offers a precise, non-contact, and eco-friendly solution for restoring these parts without damaging sensitive surfaces or requiring disassembly.

  • Oil removal1

    Unlike traditional cleaning methods that rely on chemicals or abrasives, laser cleaning machines use high-energy beams to break molecular bonds of oil and carbon layers. The contaminants are instantly vaporized or ejected, leaving the metal substrate intact and ready for further processing, such as coating, welding, or assembly.

Laser Cleaning Machine VS Traditional Cleaning Solution

Whether you’re cleaning parts before engine reassembly, quality inspection, or remanufacturing, laser cleaning delivers a cost-effective, high-efficiency solution tailored to modern automotive production and repair standards.

Aspect Laser Cleaning Traditional Methods
Cleaning Principle High-energy laser beam breaks down oil & carbon at surface Chemical solvents or mechanical scrubbing
Efficiency Fast, precise, and localized cleaning Time-consuming and labor-intensive
Surface Safety Non-contact, no abrasion or surface damage Risk of scratching, pitting, or material fatigue
Residue Handling Minimal residue; easy collection via fume extraction Requires chemical waste disposal
Impacto ambiental Eco-friendly, no harmful chemicals Uses toxic chemicals; environmental hazard
Cost Over Time Higher initial cost, lower operating cost Low initial cost, higher long-term cost (consumables, labor)
Maintenance Needs Low, only optics and filters Frequent replacement of brushes, chemicals, tools
Worker Safety No chemical exposure, reduced manual contact Chemical fumes, manual handling risks
Precisão High – adjustable parameters for delicate components Low – difficult to control uniformly
Automation Potential Easily integrated into robotic or automated cleaning lines Mostly manual, difficult to automate

Caraterísticas do produto

  • Máquina de limpeza a laser
  • Máquina de limpeza a laser
  • Máquina de limpeza a laser

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FAQ

  • Não sei nada sobre esta máquina, que tipo de máquina devo escolher?

    Ajudamo-lo a escolher a máquina adequada e partilhamos a solução; pode partilhar connosco as seguintes informações
    1. que material vai soldar
    2. A espessura do material de soldadura
    3. Trata-se de soldadura de juntas ou de soldadura por sobreposição
    4. Qual é a utilização exacta da máquina, para soldadura ou reparação de produtos ou outra aplicação

  • Quando recebi esta máquina, mas não sei como a utilizar. O que é que devo fazer?

    Enviaremos o vídeo de funcionamento e o manual da máquina. O nosso engenheiro fará a formação online, se necessário. Podemos enviar o nosso engenheiro ao seu local para formação ou pode enviar o operador à nossa fábrica para formação.

  • Se ocorrerem alguns problemas com esta máquina, o que devo fazer?

    Fornecemos dois anos de garantia da máquina. Durante a garantia de dois anos, em caso de qualquer problema com a máquina, forneceremos as peças gratuitamente (exceto para danos artificiais). Após a garantia, continuamos a fornecer um serviço vitalício. Por isso, se tiver dúvidas, diga-nos, nós damos-lhe soluções.

  • Quais são as opções de pagamento?

    Aceitamos condições de pagamento, incluindo: T/T, VISA, Western Union, pagamento bancário online.

  • Quais são os métodos de envio do equipamento?

    O transporte marítimo é a forma normal. Se houver requisitos especiais, as duas partes precisam de confirmar o final.

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