Surging Demand for Core Components in 3D Printing Equipment: JPT's Additive Manufacturing Laser Series Widely Adopted

As a key supplier of core components for 3D printing equipment, JPT has been steadfast in its commitment to supporting equipment manufacturers in reducing costs through stable, reliable lasers, closed-loop modules, and premium services. With growing demands across industries such as prototyping, mold making, 3C electronics, and automotive, the need for essential components in 3D printing equipment is poised for exponential growth.

Founded in 2006 and publicly listed on the STAR Market in 2019, Shenzhen JPT is the first privately-owned, laser-centric company to go public. Its core business encompasses various laser products, high-end optical intelligent equipment, and fiber optic devices. In 2023, JPT achieved an annual revenue of 1.226 billion yuan, solidifying its position as a leading domestic laser manufacturer. Its laser product portfolio includes pulsed fiber lasers, continuous/quasi-continuous fiber lasers, solid-state lasers, semiconductor lasers, ultrafast solid-state lasers, femtosecond fiber lasers, and green lasers—among which continuous fiber lasers are predominantly utilized in metal 3D printers.

1. Dedicated 500W/1000W Lasers for 3D Printing

Features:

- Power Output: 500W, 1000W  

- Output Options: QCS/QBH  

- Beam Quality: M² ≤ 1.1  

- Customizable: Real-time power feedback compensation with long-term stability ≤1%  

- Key Applications: Mold making, industrial parts, aerospace, and precision dental metal printing  

This series exemplifies an optimized integration of optics, mechanics, electronics, and software. Through control interfaces and standard software, it enables real-time monitoring, alarm alerts, and operational data collection. With water-cooling design for high electro-optical conversion efficiency and low energy consumption, it offers flexible fiber delivery, maintenance-free operation, and seamless system integration, making it an ideal light source for laser cutting, welding, 3D printing, and cleaning applications.

2. AOB (Adjustable Annular Beam) Laser

Features:

- Power Range: 2000W–6000W  

- Independent Control: Inner and outer ring beam adjustable separately  

- Beam Mode: Tunable between single-mode and multi-mode  

Customizable models are available in 1000W/3000W variants. With an inner ring beam quality of M² ≤ 1.1, this laser significantly enhances metal 3D printing efficiency compared to mainstream 500W/1000W lasers. It also reduces spattering when processing highly reflective materials, thereby improving print quality.

3. High-Power Continuous Fiber Lasers for Additive Manufacturing

Features:

- Power Output: 4000W–12000W  

- Applications: Powder-fed 3D printing, laser cladding  

- Beam Profile: Flat-top  

- Design: Modular for easy maintenance  

Utilizing beam shaping technology, these lasers deliver uniform energy distribution, resulting in smooth, crack-free cladding surfaces. Widely applied in petrochemicals, mechanical manufacturing and repair, aerospace, and shipbuilding, they enhance wear and corrosion resistance, effectively prolonging component lifespan.

4. Pulsed Green Fiber Lasers

Features:

- Power Output: 300W, 500W  

- Wavelength: 532 nm, ideal for high-reflectivity materials (e.g., copper)  

Employing fiber-coupled semiconductor pumping, these lasers offer superior energy conversion efficiency. The compact water-cooling system ensures efficient heat dissipation within a smaller, portable structure. The all-fiber integrated design minimizes maintenance needs, enhancing user convenience.

5. Air-Cooled Continuous Fiber Lasers

Features:

- Beam Quality: Superior  

- Energy Efficiency: High electro-optical conversion efficiency with low power consumption  

- Versatility: Compact, lightweight design  

- Applications: Precision dental metal printing