Hassas Lazer Nokta Kaynak Makinesi 100W 60J / 200W 100J

Ürün Açıklaması

Hassas Lazer Nokta Kaynak Makinesi, altın, gümüş, titanyum, paslanmaz çelik ve diğer kaynaklanabilir metallerin ve alaşımların hassas kaynak, onarım ve birleştirilmesi için tasarlanmış bir Nd darbeli lazer kaynak sistemidir.

CCD kamera ve mikroskop destekli görüntüleme sistemiyle donatılmış olan makine, operatörlerin kaynak alanını doğru bir şekilde gözlemlemesine yardımcı olur. Ayarlanabilir kaynak akımı, darbe genişliği, frekans ve ışın noktası ayarları, sistemin farklı malzemelere ve uygulamalara uyarlanmasını sağlar.

Bu makine, kuyumculuk atölyeleri, diş laboratuvarları, metal işleme tesisleri, kalıp üreticileri, gözlük ve optik çerçeve üreticileri ve Ar-Ge merkezleri de dahil olmak üzere hassas metal birleştirme gerektiren çok çeşitli sektörler için uygundur.

Farklı uygulama gereksinimlerini karşılamak üzere iki model mevcuttur:

• 100W – 60J: Uygun uygulamalarda hassas metal kaynak, mücevher onarımı ve küçük parçaların birleştirilmesi için uygundur.

• 200W – 100J: Kaynak ve onarım gibi daha yüksek darbe enerjisi gerektiren uygulamalar için uygundur.

Başlıca Özellikler

• Nd darbeli lazer kaynak teknolojisi

• Kaynak bölgesini görüntülemek için CCD kamera ve mikroskop

• 7 inç dokunmatik ekranlı kontrol paneli

• Ayarlanabilir kaynak akımı, darbe genişliği ve frekansı

• Ayarlanabilir ışın noktası boyutu

• 10 adede kadar kaynak programının saklanması ve geri çağrılması

• Su soğutma sistemi

• Su akışı ve su seviyesi izleme

• Atölyeler ve üretim ortamları için uygun, kompakt tasarım.

• Hassas kaynak, bölgesel onarımlar ve küçük metal parçaların birleştirilmesi için uygundur.

Uygulamalar ve Sektörler

1. Mücevher ve Değerli Mücevher Üretimi

• Altın ve gümüş takıların tamiri

• Halka, kolye, bileklik ve zincir kaynaklama

• Takı yuvalarının ve tırnaklarının onarımı

• Takılardaki küçük delik ve çatlakların onarımı

• kıymetli metal bileşenlerin hassas bir şekilde birleştirilmesi

2. Diş Protezleri ve Diş Laboratuvarları

• Uygun metal diş protezlerinin onarımı

• Diş metal iskeletlerinin birleştirilmesi ve bileşenlerin bağlanması

• Repair of cobalt-chromium and other weldable dental alloys

• Precision welding of orthodontic and dental metal components

3. Industrial Manufacturing and Metalworking

• Spot welding of small metal components

• Joining precision metal parts

• Repair of thin metal components where suitable

• Localized welding for custom-manufactured parts

4. Mold, Tooling, and Machine Manufacturing

• Localized repair of suitable mold steels

• Repair of minor defects on mold surfaces

• Repair of precision tools, dies, and fixtures

• Welding applications for machine parts and custom components

5. R&D, Laboratories, and Prototype Development

• Prototyping of new metal components

• Testing different welding parameters

• Precision metal-joining experiments

• Weldability studies on specialized alloys

6. Electronics and Electromechanical Manufacturing

• Joining suitable metal contacts and connectors

• Welding small sensor housings and metal enclosures

• Manufacturing precision electromechanical components

• Welding suitable electrical connection components

7. Watchmaking and Precision Mechanics

• Repair of small metal mechanism components

• Joining precision metal connections

• Repair of suitable watch cases and metal accessories

8. Automotive and Automotive Suppliers

• Repair of small metal components

• Welding suitable sensor housings and metal connectors

• Joining prototype and custom-manufactured parts

• Localized welding of precision metal components

9. Medical Devices and Medical Metal Component Manufacturing

• Joining suitable stainless steel and titanium components

• Welding small metal housings and mechanical parts

• Development of prototypes and specialized medical components

10. Aerospace, Defense, and Specialized Manufacturing

• Precision joining of suitable small metal components

• Metal welding for R&D and prototype applications

• Repair of precision mechanical components

• Controlled welding of specialized manufactured parts

11. Laboratory Equipment and Measuring Instruments

• Joining precision metal enclosures

• Repair of small mechanical connections

• Repair of suitable metal components used in measuring instruments

• Manufacturing specialized laboratory fixtures and tools

12. Metal Accessories, Hardware, and Custom Design Manufacturing

• Joining small metal accessories

• Repair of decorative metal components

• Prototype production of custom-designed metal products

• Precision welding of suitable metal components

13. Eyewear, Optics, and Titanium Frame Manufacturing

• Precision spot welding at suitable points on titanium eyeglass frames

• Repair of metal temples, bridges, and frame connections

• Welding of suitable titanium and stainless steel eyewear alloys

• Joining small metal components used in the optical industry

• Precision welding during eyewear manufacturing, assembly, and repair

• Prototype production and repair of custom-designed metal eyeglass frames

Pulsed laser welding can help achieve precise joining of small connections in titanium eyewear frames when suitable materials and welding parameters are used. Before welding, the alloy type, surface coating, and component geometry should be evaluated.

Important: Welding suitability in all industries depends on the metal type, alloy composition, component thickness, geometry, and required joint strength. Not all metals, alloys, or components are suitable for this machine. Preliminary welding tests are recommended before production, especially for critical applications.

Technical Specifications

Technical note: The power limits stated in the manufacturer's manual and the pulse energy ratings must be verified against the manufacturer's technical documentation before publication. The -3 to +3 beam spot adjustment values should not be interpreted directly as millimeters.

Control System

The touchscreen allows operators to adjust welding parameters and save settings for different applications in the program memory. The CCD camera and microscope make it easier to observe the welding point during operation.

The water-cooling system includes water-flow and water-level monitoring mechanisms. Before initial operation, fill the cooling system according to the manufacturer's instructions and verify that the system is functioning correctly.

Safety Precautions

• Operate the machine with a suitable electrical supply and proper grounding.

• Use the power cable supplied by the manufacturer.

• Do not operate the laser without a functioning cooling system.

• Use appropriate laser safety eyewear, protective enclosures, and the required workplace safety measures.

• Users must not access or work on high-voltage electrical components.

• Maintenance and optical adjustments must be performed by authorized and trained personnel.

ABP LAZER – Professional Laser Welding Solutions

ABP LAZER provides laser technology solutions for jewelry manufacturing, dental laboratories, industrial production, mold repair, electronics manufacturing, automotive applications, medical manufacturing, eyewear and optical frame production, and R&D applications.

If your business requires metal spot welding, precision metal joining, localized repairs, or prototype development, contact us to determine the most suitable model for your application.

100W – 60J ve 200W – 100J modelleri hakkında detaylı bilgi ve fiyat teklifi için ABP LAZER ile iletişime geçin.