These laser cut stencils are typically used to manually print a single component on a printed circuit board.

• Maximum Size 2" x 2"
• Available with or without flaps (Flaps facilitate handling)
• Mainly used for PCB rework but can used for prototype PCB assembly of simple boards

These frameless SMT stencils are specifically designed to manually print solder paste onto printed circuit boards.

• Eliminates tedious hand soldering of prototype circuit boards
• Reduce PCB prototype assembly time
• It has flaps to contain and control solder paste application

** The stencil kit comes with a squeegee blade and board holders.
** Our process using a Toaster Reflow Oven will make your prototype PCB assembly job easier and save you time.
** We are backing that with a money-back guarantee program.

Unlike our Prototype SMT Stencils, Stencil Foils do not have flaps. They are flat for easy storage.

• Designed to work well with our prototype stencil printer
• Eliminates tedious hand soldering of prototype circuit boards
• Reduce PCB prototype assembly time

** The stencil kit comes with a squeegee blade and board holders.
** Our process using a Toaster Reflow Oven will make your prototype PCB assembly job easier and save you time.
** We are backing that with a money-back guarantee program.

These laser cut stencils are designed to work with stencil tensioning systems also known as Reusable Stencil Frames like the Wizard Frame.

• Reduces storage space requirements
• Significantly less expense than framed stencils
• Smooth aperture walls and can be used for 16 Mil pitch and below and for Micro BGA"s

** Framelss SMT Stencils are recommended for prototype printed circuit board assembly or short runs.

These solder paste stencils are designed for high volume screen printing on printed circuit boards.

• Foils are permanently mounted into aluminum frames
• Provide optimum solder paste volume control
• Large variety of standard frames for every printer

** Framed stencils have smooth aperture walls and can be used for 16 Mil pitch and below and for Micro BGA"s.