Thomas Musschoot

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Shakeout is more than separating sand from castings. It is about protecting the casting, recovering sand, and keeping pr...
10/09/2026

Shakeout is more than separating sand from castings. It is about protecting the casting, recovering sand, and keeping production moving.

The GK VIBRA-DRUM® combines shakeout and attrition in one continuous process, helping foundries efficiently separate sand from castings while reducing casting damage and preparing sand for downstream recovery.

Built for tough foundry environments and high production demands, the VIBRA-DRUM® delivers controlled material handling with the durability GK equipment is known for.

Better shakeout. Better sand recovery. Better flow through the foundry.

Upgrade to VIBRA-DRUM®: https://ow.ly/vaQk50ZTX59

A great piece of equipment can improve a process. A great system can transform an entire operation.GK Systems brings tog...
10/08/2026

A great piece of equipment can improve a process. A great system can transform an entire operation.

GK Systems brings together engineering, project management, manufacturing, installation, startup, and ongoing support to deliver complete solutions for foundry, recycling, and aggregate operations.

From upgrading a single process within an existing facility to designing and building a complete greenfield plant, our team works with customers from concept through commissioning.

One team. One complete solution. Built around your operation.

Learn more about GK Systems at gksystems.com.

Moving wood products efficiently takes more than just getting material from point A to point B.GK SYNCRO-COIL® vibratory...
10/07/2026

Moving wood products efficiently takes more than just getting material from point A to point B.

GK SYNCRO-COIL® vibratory conveyors are designed for reliable, controlled material movement in demanding wood processing applications. From chips and bark to sawdust and other bulk materials, they provide a rugged conveying solution built for continuous operation.

Simple. Durable. Proven.

If your wood processing line needs dependable material handling, GK can help.

Learn more at https://ow.ly/beho50ZTVJi

Tech Tuesday: What happens when load changes?A vibratory machine may look perfect during an empty test. The real test st...
10/06/2026

Tech Tuesday: What happens when load changes?

A vibratory machine may look perfect during an empty test. The real test starts when you add material, and it becomes part of the dynamic system. As the amount of material on the machine changes, the effective vibrating load changes with it. On some vibratory designs, increasing material load can reduce machine stroke.

When stroke decreases, the resulting G force decreases as well. That can affect conveying speed, screening performance, material trajectory, and ultimately the capacity of the process. This becomes especially important in applications where loading is constantly changing.

A screen may see surges from an upstream crusher. A shakeout may receive molds of different weights. A conveyor may alternate between lightly and heavily loaded conditions throughout production. The vibratory system needs to continue producing the required motion through those changes.

This is one of the primary advantages of GK's Two Mass design. The tuned drive system is engineered to respond to changes in material loading without the same level of performance dampening that can occur with conventional direct drive equipment. As load increases, the machine the system automatically responds and increases the energy into the working mass. More energy, more work, more consistency in product flow.
When evaluating a vibratory machine, don't just ask how it performs empty.

Ask what happens to the stroke when the process puts material on it.
Watch for yourself here: https://www.youtube.com/watch?v=Bih4J4z4ZRA

The GK DE-STONER® does exactly what the name says: separates heavy materials from lighter material streams using vibrati...
10/05/2026

The GK DE-STONER® does exactly what the name says: separates heavy materials from lighter material streams using vibration and air.

That makes it a simple, effective way to remove stone, glass, metal, and other high-density contaminants from material before they create problems farther downstream.

It is a good example of what we try to do at General Kinematics: solve a specific processing problem with equipment that is rugged, efficient, and built to keep working.

What are you trying to separate?

https://ow.ly/WMBQ50ZTVye

Need to screen something? Get started with a trommel from TUFFMAN®. TUFFMAN® Rotary Trommel Screens provide proper and c...
10/02/2026

Need to screen something? Get started with a trommel from TUFFMAN®. TUFFMAN® Rotary Trommel Screens provide proper and consistent size separation and classification of even the most difficult materials. From small to large, TUFFMAN® has a trommel to meet your separation needs.

Start screening here: https://ow.ly/cbnw50ZTVtb

Tech Tuesday: Two-Mass vs. Brute ForceThere are several ways to generate vibratory motion. One of the biggest difference...
09/29/2026

Tech Tuesday: Two-Mass vs. Brute Force

There are several ways to generate vibratory motion. One of the biggest differences between vibratory equipment designs is how that energy gets from the drive into the working body of the machine. In a Brute Force design, the vibratory motors are mounted directly to the vibrating body. The motors and eccentric weights must generate the force required to move the machine and the material load. Two-Mass equipment operates differently.

GK Two-Mass equipment uses an exciter mass connected to the equipment body through a network of reactor springs. The exciter generates the vibratory energy, and the spring system transfers and amplifies that energy into the working mass. The two masses move in opposition as part of a tuned mechanical system. Because the springs store and release energy during each vibration cycle, the drive does not have to supply all of the mechanical energy required to create the machine's stroke every cycle. The result can be significantly lower horsepower requirements while maintaining the motion required to process material. Two-Mass technology can also provide improved response to varying material loads because the complete system is designed around the interaction between the exciter, springs, trough, and material.

Both technologies can successfully move material. The difference is how the machine creates, uses, and maintains that motion.

Read more and watch the video comparisons here: https://ow.ly/Tfwv50ZPiRL

From small feeders handling light-duty applications to massive units moving tons of material, General Kinematics Two-Mas...
09/28/2026

From small feeders handling light-duty applications to massive units moving tons of material, General Kinematics Two-Mass vibratory feeders are built to scale with the process.

The advantage is in the design. Two-Mass technology uses natural frequency to move material efficiently, requiring less horsepower while maintaining a consistent, controlled stroke even as loading conditions change.

Small or large, the goal is the same: reliable material movement, lower energy use, and equipment built for the long haul.

What are you feeding?

https://www.generalkinematics.com/vibrating-feeders/

General Kinematics wood processing equipment is engineered to keep chips, bark, sawdust, biomass, slabs, and other diffi...
09/25/2026

General Kinematics wood processing equipment is engineered to keep chips, bark, sawdust, biomass, slabs, and other difficult materials moving efficiently through your operation. From vibratory conveyors and feeders to screens and complete material handling solutions, GK can engineer equipment around your process, capacity, and material.

Rugged construction and proven vibratory technology mean less maintenance, dependable material flow, and more uptime where it matters most.

Whether you’re processing lumber, biomass, pulp and paper, or recycled wood, keep your operation moving with General Kinematics. https://ow.ly/UoB150ZPiBR

The General Kinematics FINGER-SCREEN™ is engineered to handle the difficult, irregular, and often troublesome material s...
09/24/2026

The General Kinematics FINGER-SCREEN™ is engineered to handle the difficult, irregular, and often troublesome material streams that conventional screens struggle with. Its non-blinding, self-relieving design keeps material moving while efficiently separating fines from larger material across recycling, C&D, waste processing, and other demanding applications.

Available in multiple configurations for everything from primary separation to more precise secondary screening, the FINGER-SCREEN™ family gives you the flexibility to tackle challenging material while reducing plugging, maintenance, and downtime.

Stop fighting your material. Keep it moving with FINGER-SCREEN™ technology from General Kinematics. https://ow.ly/hTkG50ZPizI

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5050 Rickert Road
Crystal Lake, IL
60014

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