Fancort Robotic Tinning Machine

Robotic Tinning Machine

The Next Gen Patented Fancort Robotic Tinning Machine.

The Patented Fancort Robotic Tinning Machine.

Tinning Machine

The Patented Fancort Robotic Tinning Machine.

Intuitive, Error-Proof Programming

The Fancort Robotic Tinning Machine is designed for fast setup and repeatability. The intuitive PLC interface and HMI allow technicians to easily select components, define tray layouts, and configure tinning parameters—all without complex coding. Barcode scanning ensures that the correct process recipe matches each tray and component, virtually eliminating setup errors. With recipe storage and recall built into the system, high-mix, low-volume manufacturers can maintain consistency while switching quickly between jobs.

Picture: Fancort Patented Robotic Tinning Machine

About Our Patented Robotic Tinning Machine

The Fancort Robotic Tinning Machine represents the future of precision tinning for high-reliability electronic components. Designed and built in the USA, this 6-axis robotic system provides unmatched accuracy, speed, and consistency for industries that demand perfection—like aerospace, medical, automotive, and defense. With Fancort’s proprietary parameterized programming interface, users can easily create, save, and recall tinning recipes using part, tray, and process libraries.

Barcode and tray verification features help eliminate operator error, ensuring precise, repeatable results every time. This machine is ideal for processing fine-pitch and quad flat packages (FPs and QPs) and includes a user-friendly PLC interface that simplifies programming and reduces operator training time.

Picture: Fancort Patented Robotic Tinning Machine 

Complete Tinning in One Compact Cell

Fancort’s tinning machine integrates everything needed for a complete tinning cycle into a single, space-saving system. From dual solder pots and automated fluxing to DI water wash and patented air-knife preheat, this cell handles it all. Its dual solder pot design supports both leaded and lead-free soldering in the same machine, reducing downtime between runs. The air knife preheat boosts process control and reduces thermal shock, improving solder joint integrity and throughput.

Equipment Pictures

Features and Specifications

6-Axis Robotic Arm – Supports tangent, waterfall, and parallel dip motions for flexibility in component handling.

Dual Process System – Equipped with two solder pots, pre-heat, air dry, flux, and DI water wash in one integrated system.

Integrated Air Knife Preheat Station – Patent-pending design improves process efficiency and solder quality.

Parameterized Programming – Build and recall process recipes quickly using the built-in HMI.

Universal Adjustable Trays – Patent-pending tray system eliminates the need for custom tray designs.

Dynamic Solder Pots – Stainless steel for leaded solder and titanium for lead-free options.

Solder Pot Cart – Allows easy pot removal for maintenance.

Process Monitoring – Includes resistivity and temperature sensors, with an integrated process camera for in-situ viewing.

Advanced Safety Systems – Steel enclosure, light curtains, multi-level sign-in access, and light towers.

PLC Interface – Streamlined for intuitive operation, especially with FPs and QPs.

Robotics Interface

The Fancort Robotic Tinning Machine's PLC interface offers a remarkably user-friendly experience for part selection and parameterization, catering specifically to both Fine Pitch (FPs) and Quad Flat Packages (QPs). Its programming has been intelligently designed to streamline the process, ensuring that operators can effortlessly configure and adjust parameters according to their specific requirements. The intuitive interface empowers users with a simplified workflow, making it easy to select parts and customize parameters, ultimately enhancing operational efficiency. Even for those new to PLC programming, the Fancort Robotic Tinning Machine's interface stands out for its simplicity and ease of use, facilitating seamless control and optimization of the tinning process for FPs and QPs.

Sample Videos

About

Industry: Aerospace/Electronics/Automotive/Medical
Application:
Tinning Machine at Apex 2024.
Design: Fancort Lead Forming Tooling Division
Integrated by: Fancort Lead Forming Tooling Division

About

Industry: Aerospace/Electronics/Automotive/Medical
Application:
Fancort Robotic Tinning Machine
Design: Fancort Lead Forming Tooling Division
Integrated by: Fancort Lead Forming Tooling Division

About

Industry: Aerospace/Electronics/Automotive/Medical
Application:
Precision Robotic Tinning
Design: Fancort Lead Forming Tooling Division
Integrated by: Fancort Lead Forming Tooling Division

About

Industry: Aerospace/Electronics/Automotive/Medical
Application:
Introducing Precision Robotic Tinning by Fancort!
Design: Fancort Lead Forming Tooling Division
Integrated by: Fancort Lead Forming Tooling Division

Which is the best Lead Forming solution for you?

We can customize to fit your needs, for more information, click on the button or contact:

Contact us! We'll respond in under 30 minutes.

Some of our customers

Fancort customers include the following NASA engineering schools: MIT, John Hopkins, JPL, U of NH, MN, NM, TX and AZ. We are also a major supplier to the national labs system: Sandia, Draper, Fermi and Los Alamos.