IFSYS-North America

IFSYS-North America Contact information, map and directions, contact form, opening hours, services, ratings, photos, videos and announcements from IFSYS-North America, 2240 Highway 292, Inman, SC.

*Automated Parts Feeding Systems *Step Feeders *Vibroliners *Parts feeders *Assembly equipment *Pharmaceutical feeders *Palletizing Systems*blow-feeding*pick-n-place

💡 IFSYS. Where automation starts.For us, automation begins with ideas that turn into solutions. 🤖From planning and engin...
09/08/2026

💡 IFSYS. Where automation starts.

For us, automation begins with ideas that turn into solutions. 🤖

From planning and engineering to the finished system, every detail at IFSYS works together seamlessly. 🔧

Our customers benefit from clear processes, short pathways, and maximum quality.

Because when technology, precision, and passion come together, the result is automation that sets new standards. ⚙️

09/03/2026

Our Work Doesn’t End When the Machine Is Finished. 🚛

Developing and manufacturing a large-scale system requires . But every step that follows matters just as much.

Before a machine begins its journey to the customer, it must be professionally packaged, safely loaded, and carefully prepared for transport. Especially with large systems, precision, experience, and thorough planning are essential. After all, the result of our work should arrive at the customer just as safely as it leaves our production facility.

That’s why “everything from a single source” means more at IFSYS than just engineering and machine manufacturing: From design and in-house production to assembly, packaging, loading, and shipping, we accompany our systems throughout the entire process. 😊

And our support doesn’t stop after delivery. We are there for our customers during on-site installation and commissioning, as well as with service and spare parts supply. This ensures that our systems are commissioned reliably and continue to perform at their best over the long term.

The video offers a glimpse into one of these final steps before the machine heads to the customer. 🚀

From to a Structured Process 🚀An automated process doesn’t start with the robot; it starts with the right .Our system...
09/01/2026

From to a Structured Process 🚀

An automated process doesn’t start with the robot; it starts with the right .

Our system demonstrates how components supplied in a disordered state are transformed, step by step, into a controlled material flow. From bulk material, the parts enter the sorting and orientation section, where they are reliably singulated, inspected, and precisely counted. Finally, they are transferred in a controlled manner to the downstream station for further processing. 💡

The result:
✔ Structured material flow
✔ Precise singulation and counting
✔ Process-reliable transfer
✔ Seamless integration into downstream processes

Every application comes with its own specific requirements. That’s why we develop feeding systems designed for maximum reliability and stable production — precisely tailored to the individual process.

👉🏼 Feel free to contact us directly here on LinkedIn! 😊

🔧 From a built in 2008 to a in 2024 – proven technology, further developedThis was originally developed and built ...
08/24/2026

🔧 From a built in 2008 to a in 2024 – proven technology, further developed

This was originally developed and built in 2008 for steel inserts. Over many years, its robust design has proven itself in singulating, sorting, and correctly orienting small metal components. 🙌🏼

⚙️ In 2024, rather than building a new system, a targeted was carried out: the existing system was modernised and expanded to accommodate nine additional component variants.

The basic concept remained the same: single-type parts feeding without additional component inspection – supplemented by targeted mechanical and functional adjustments.

The retrofit included:
🔩 New interchangeable sorting rail for flexible component guidance
🔩 Optimized feeding conditions
📦 Increased storage capacity
🚧 Additional process monitoring
🔧 Optimised transfer position for defined orientation

The result:
✔ throughput of approx. 20 parts/min across all variants
✔ Consistent cycle time despite greater variety of variants
✔ Still 30 liters of storage capacit

An example of how existing systems can achieve sustainably higher performance through targeted further development – without the need for a completely new system.

08/18/2026

Three types of parts, one – maximum with minimal changeover effort. 🚀

Small and delicate components place special demands on feeding technology, especially when, as in our example, the parts are only 0.3 mm thick.

With conventional slide solutions, there is a risk that the sensitive components may become jammed. That’s why this application uses a special serrated slider: it enables reliable transport without damaging the delicate parts. 🙌🏼

For this application, we use our step conveyor. A single feeding system processes three different types of parts with dimensions of approx. 4 to 7 mm and heights between 0.5 and 0.7 mm. 🫱🏼‍🫲🏽

The advantages at a glance:
⚙️ Three types of parts on one system
⚙️ Fast product changeover
⚙️ Reliable separation of the smallest components
⚙️ Serrated Slider for delicate components
⚙️ Precise and reliable material transport

The result: a flexible feeding solution for delicate components – precise, efficient and designed for stable production processes. 🚀

Slider

08/13/2026

or getting stuck, sticking together, or building up a static charge? This feeding system offers the solution. 👇🏼

Especially when handling soft and deformable materials, reliable feeding can be a real challenge.

For feeding large quantities of rubber rings, we use a drum feeder – an alternative to the classic step feeder when material properties such as deformability, sticking or static build-up place special demands on the process.

The solution delivers:

✅ Stable material flow at high throughputs
✅ Reliable separation despite sensitive elastomers
✅ Reduction in sticking and entanglement
✅ Control of static charge via ionized air
✅ Optimized transport conditions for reliable processes

The result: reproducible feeding of and – efficient, stable and tailored to the specific properties of the material. 🚀

08/10/2026

Instead of Trial and Error 🚀

How reliably and efficiently a feeding system operates starts with correctly assessing the part itself. This assessment forms the basis for designing the system’s components.

A key factor is how the part behaves throughout the feeding process: Which orientation does it naturally favor? Where is its center of gravity? How can it be reliably singulated, and how can incorrectly oriented parts be efficiently rejected?

With our digital feeding technology, we simulate the entire process based on a 3D model of the part. This allows us to analyze part behavior, compare different approaches, and evaluate early in the project which system concept is most likely to deliver the best results.

The advantage: Complex test setups involving engineering, manufacturing, material costs, and personnel time can be reduced to a minimum. This saves time, lowers development costs, and provides greater planning certainty—all before the first part is manufactured or tested.

Because the best optimizations happen before reality begins.

5 things our competitors do better than us. 😉We've got absolutely no ideas...That’s because we don’t measure ourselves a...
08/04/2026

5 things our competitors do better than us. 😉

We've got absolutely no ideas...

That’s because we don’t measure ourselves against the competition on a daily basis, but rather against our customers' challenges.

At IFSYS, it’s not about building the biggest machine or selling as many off-the-shelf solutions as possible. Our goal is to understand processes and develop the right solution for them. 🫱🏼‍🫲🏽

That’s why we focus on:
✔ High vertical integration instead of long coordination chains
✔ Customized solutions instead of rigid standards
✔ Short communication paths between design, manufacturing, and assembly
✔ Technology transfer across various industries
✔ Process-agile systems that adapt to new requirements

In the end, it doesn’t matter who does something “better.” What counts is who delivers the right solution for the specific application.

And that’s exactly what we work on every day. 😊

07/29/2026

One . Four lanes. Maximum efficiency. 🚀

High-volume production requires reliable and precise parts feeding. This is exactly what this 4-lane feeding system for was designed for.

Components are manually loaded into the hopper in a bulk, unorganized state. A step feeder transfers them to the 4-lane sorting and orientation section, where only correctly oriented parts proceed. Incorrectly oriented parts are automatically returned to the hopper to re-enter the process. 🫱🏼‍🫲🏽

The rivets are then fed into a 4-way separator. There, they are positioned with the collar facing down and the shank facing up. In addition, all four parts are radially aligned identically, allowing the customer’s robot to pick up 2, 3, or all 4 rivets synchronously and reliably, depending on the process.

The result: a continuous flow of parts, high process reliability, and a high-performance solution for automated manufacturing processes with high cycle rates.

Address

2240 Highway 292
Inman, SC
29349

Telephone

+18644722222

Website

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