Additive

This triangular protective shield is manufactured using high-precision laser cutting, bending, and welding processes, and its surface undergoes a black anodizing treatment.

Shenzhen Pans Technology, with its professional engineering team, 12-hour rapid quotation, and commitment to consistent quality, ensures perfect customized solutions.

This steel corner bracket is manufactured using precision laser cutting and bending processes, and features a black powder coating finish.

Shenzhen Pans Technology specializes in custom sheet metal parts, offering services such as laser cutting, wire cutting, welding, bending, and surface treatment. Free drawing evaluation, sample and mass production support are available. Please feel free to contact us if you have any customization needs.

This custom-designed perforated aluminum plate bracket is manufactured using high-precision laser cutting and CNC bending processes. It supports various materials (AL 5052/C11000) and surface treatments such as anodizing, sandblasting, painting, brushing, silkscreen printing, laser engraving, and alodine.

Shenzhen Pans Technology boasts extensive experience in sheet metal manufacturing, offering rapid prototyping, free drawing evaluation, one-stop processing (cutting/bending/welding/powder coating), support for low MOQ and mass production, and 100% inspection by a professional QC team to ensure stable and reliable quality.

A steel enclosure formed through CNC bending and welding, finished with black powder coating for enhanced corrosion resistance.

Precision custom manufacturing of non-standard, special-shaped metal parts, offering advanced laser cutting and full sheet metal fabrication services. We provide high-accuracy processing for complex geometries with excellent surface quality, suitable for prototypes and mass production across various industrial applications.

High-quality CNC rapid prototyping and 3D printing services delivering fast production of complex plastic components. We support SLA and SLS techniques with a wide range of materials including ABS, PLA, and TPU. Ideal for product development, functional testing, and low-volume manufacturing with high precision, smooth surface finish, and fast lead times.

Premium aerospace CNC milling and stainless steel wire EDM cutting services for high-quality, high-strength aluminum and steel components. Ideal for precision parts requiring tight tolerances and superior structural performance.

Professional sheet metal fabrication services including laser cutting, metal stamping, and aluminum stamping parts manufacturing. Suitable for custom metal components with high precision and consistent quality.

Laser-cut parts are manufactured using advanced laser technology to achieve smooth edges, fine details, and accurate profiles. The process enables fast production with minimal waste and supports a wide range of materials. Commonly applied in sheet metal parts, automotive components, enclosures, and customized industrial products.

Laser cutting parts are produced with high-speed, high-precision laser beams that ensure clean edges, minimal deformation, and excellent repeatability. Suitable for metals and non-metals, the process supports complex shapes and tight tolerances. Ideal for sheet metal fabrication, mechanical components, signage, and custom industrial applications.

EDM machining components achieve exceptional accuracy in producing thin walls, deep cavities, and sharp edges. The non-contact process avoids cutting force and deformation, making it suitable for heat-treated steel, carbide, and titanium. Common applications include micro-features, dies, precision molds, and high-tolerance engineering parts.

EDM parts are manufactured through controlled electrical sparks that accurately remove material, making them ideal for hard alloys and delicate shapes. The process ensures high dimensional stability, smooth surfaces, and precise details. Widely used for mold inserts, fine cavities, precision tooling, and complex industrial components.

EDM machining parts are produced using electrical discharge technology, enabling high-precision shaping of hard metals and complex contours. The process achieves excellent surface finish, sharp internal corners, and tight tolerances. Ideal for mold components, tooling, aerospace parts, and intricate geometries that conventional machining cannot achieve.

3D printed machining parts are produced through additive manufacturing, enabling complex geometries, lightweight structures, and rapid prototype development. They offer high precision, minimal material waste, and quick turnaround. Suitable for customized components in aerospace, automotive, medical, and industrial applications requiring innovative designs and efficient production.

Premium aerospace frame and beam components produced with EDM and multi-axis CNC machining, delivering exceptional strength-to-weight ratio and reliability under extreme conditions.
Engineered for high-precision assembly, complex shapes, and long-term durability — ideal for aerospace structures, UAV systems, and high-performance aviation parts.