PROTOTYPE WHEN YOU NEED IT
Move from PCB design to a physical prototype directly in your own laboratory, without relying on an external fabrication cycle for every revision.
KEEP YOUR DATA IN-HOUSE
Keep PCB manufacturing data and prototype boards within your development environment when internal processing is important to the project.
ITERATE IN-HOUSE
Manufacture, evaluate and revise prototype boards within the same development environment as your electronic design and testing.
COMPLETE SOLUTION. ONE WORKFLOW.
Connect PCB milling and drilling with through-hole connection, solder paste application, component placement and reflow.
FIND THE RIGHT PCB MILLING MACHINE
MIPEC 4MILL300 – high-speed PCB milling machine

PCB up to 200 × 140 mm · 1 µm resolution · 60,000 RPM · Tool-free Push & Turn tool change

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P1040070 open

PCB up to 200 × 140 mm · 1 μm resolution · 60,000 RPM · 12-position Automatic Tool Changer

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4mill600a2

PCB up to 297 × 420 mm · 1 μm resolution · 60,000 RPM · Tool-free Push & Turn tool change

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ACCELERATE PCB PROTOTYPING IN YOUR LAB

  • From Gerber data to a physical prototype in-house – reduce dependency on external prototype manufacturing cycles.
  • No chemical etching process – mechanical PCB fabrication without the chemical etching stage.
  • End-to-end in-house workflow – milling, drilling, through-hole connection, solder paste, component placement and reflow.
THE MIPEC WORKFLOW

FROM GERBER FILE TO FINISHED PCB

Complete in-house workflow for PCB prototyping, from manufacturing data preparation and milling to component placement and reflow.

SIX STEPS. ONE IN-HOUSE WORKFLOW
01

CAM & DATA PREP

Prepare Gerber and Excellon manufacturing data, create machining operations and review toolpaths with TrackMaker. →

02

MILLING & DRILLING

Create PCB isolation paths, drill holes and machine the final board contour using 4MILL CNC systems. →

03

THROUGH-HOLE CONNECTION

Create mechanical electrical connections between the two sides of double-sided prototype PCBs using conductive rivets. →

04

SOLDER PASTE APPLICATION

Apply solder paste using stencil printing or pneumatic dispensing according to the PCB and assembly requirements. →

05

COMPONENT PLACEMENT

Position SMD components manually with vacuum pickup, visual assistance and optional component feeders. →

06

SOLDERING & REFLOW

Reflow the assembled PCB using a controlled thermal process selected for the solder paste and board assembly. →

WHAT MAKES MIPEC DIFFERENT

From PCB Milling to a Complete SMT Prototype

FROM PCB MILLING TO A COMPLETE SMT WORKFLOW

Start with PCB milling and expand the laboratory workflow step by step into solder paste application, component placement and reflow as requirements grow.

TrackMaker PCB CAM Software

TRACKMAKER PCB CAM SOFTWARE

PCB-focused CAM software for preparing Gerber and Excellon manufacturing data, creating machining operations and preparing projects for 4MILL milling and drilling.

Single-Source Hardware Support

SINGLE-SOURCE HARDWARE SUPPORT

MIPEC supplies the core PCB prototyping equipment together with compatible tooling, extraction systems, accessories and technical support for the complete laboratory workflow.

MIPEC customer and reference logos
Free PCB Sample

TEST YOUR PCB DESIGN WITH MIPEC

Want to see how your own PCB design performs with mechanical milling? Send us your Gerber and Excellon data and we will manufacture a sample PCB using MIPEC equipment and send it to you free of charge.

Your PCB design MIPEC equipment Free sample
GET A FREE PCB SAMPLE →
PCB sample produced with MIPEC milling equipment