Reliable 90x90mm SUHMS Heat Stencil for Devices
Experience precision with this high-quality, 90x90mm direct heating stencil from SUHMS, crafted for professional computer repair and assembly. Its smooth, reflective surface indicates durable metallic or coated finish, ensuring long-lasting performance. The stencil’s sleek rectangular design features sharp edges and a streamlined silhouette, emphasizing high craftsmanship. The grid of tiny, precisely arranged perforations surrounds the bold “SUHMS” logo at the center, allowing for accurate component placement. Its minimalist aesthetic combines functionality with durability, making it an essential tool for repairing or building compatible devices. With a thickness of 0.4mm, this stencil guarantees stability during use, contributing to efficient and reliable work.
Keys features of the product name
- Precisely manufactured 90x90mm stencil with uniform perforations for consistent results in repair jobs.
- Sleek, metallic or coated finish providing durability and smooth surface for optimal performance.
- Designed for compatibility with models like SR3YY, SR3YX, SR3YE, SR3YZ, SRCKN, SR32K, and various Intel processor models.
- 0.4mm thickness ensures sturdy structure, suitable for professional use in industrial repair environments.
- Customizable design option compatible with international standard supply voltage and dissipation power.
- Ideal for precise component placement during advanced computer repair or assembly tasks.
Get your SUHMS stencil today for flawless repairs!
Make your repair process smoother and more precise with this high-grade, customizable direct heating stencil. Whether you are a professional technician or a dedicated hobbyist, this tool ensures accuracy every time. Its sleek design and durable construction provide confidence in your work, reducing errors and saving time. Enjoy seamless compatibility with multiple device models, and experience the quality craftsmanship that ensures long-term reliability. Upgrade your toolkit today and achieve professional-level results effortlessly.







