PCB RIVETS & PRESSES

Connect Both PCB Layers

Create mechanical through-hole connections with the FAVORIT press, matching tools and copper rivets — without chemical plating.

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List of products

FAV0415

Copper rivets 0.4–1.5 mm · 200 mm board depth · Adjustable depth limiter · Manual lever press

020
RIVT10

For MIPEC FAVORIT · 6 sizes · For rivet diameters 0.4–1.5 mm · Hardened precision tool steel

021-1
RIV04

Chemical-free copper plating · Bulk package of 1000 pcs · Precision sorted diameters · Compatible with FAVORIT press

022-1

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Build Your PCB Riveting Setup

Match the FAVORIT press, riveting tool and copper rivet to your PCB. The press and tooling support rivet diameters from 0.4 mm to 1.5 mm, with the appropriate tool selected for each size.

FAVORIT Manual Press →

The manual lever press forms the copper rivet to connect the two PCB layers.

Interchangeable Tooling →

Select the riveting tool that matches the chosen copper rivet diameter.

Copper PCB Rivets →

Choose rivet dimensions suitable for the prepared holes and PCB thickness.

Check compatibility before ordering: match the rivet dimensions, prepared hole diameter, PCB thickness and pressing tool. Contact MIPEC if you need help selecting the combination.

Mechanical Through-Hole Connection in 3 Steps

Mechanical through-hole connection process using copper rivets
01

Insert the Rivet

Place the selected copper rivet into the prepared through-hole.

02

Press the Rivet

Form the rivet using the FAVORIT press and the matching riveting tool.

03

Check the Connection

Inspect the formed rivet and verify the electrical connection between both copper layers.

For preparation and process details, read our guide to mechanical through-hole connection with PCB rivets.

Continue Your PCB Prototyping Workflow

After PCB milling and drilling, connect the copper layers of double-sided prototypes before assembly. Explore the complete MIPEC workflow →

Workflow Step 04

Next Step: Solder Paste Application

After verifying the layer connections, prepare the PCB pads for SMD component placement.

Explore Solder Paste Equipment →