MLC Glass Cutting Wheels helps float glass manufacturers reduce breakage, stabilize cutting processes, and optimize total cost per meter cut across multiple plants.
MLC Glass Cutting Wheels focuses on one thing: reliable cutting performance on industrial glass lines. From primary cutting of jumbo sheets to downstream architectural or automotive processing, our wheels are engineered to keep your process stable and predictable.
We help you move away from low-cost, unstable tools and towards standardized cutting performance across multiple plants and geographies.
These placeholders can later be replaced by your own photos of cutting bridges, breaking stations and downstream cutting cells.
Our product range is built around carbide and diamond-based cutting wheels. The focus: reliable scoring, longer service life and predictable break patterns for float glass and downstream processing.
High-grade carbide wheels for float and high-throughput cutting lines, offering stable scoring quality and extended service life.
Concept line aimed at thicker and laminated glass. Optimised angles and materials to better control scoring on demanding substrates.
Production-ready diamond-based wheels for the most demanding lines, where tool life and process stability are absolutely critical.
MLC Diamond Line wheels are based on PCD (Polycrystalline Diamond) technology, designed for intensive industrial cutting of flat glass. They are suitable for a wide range of glass types and thicknesses, from very thin substrates to thick or automotive glass, where process stability and cut quality are critical.
The diamond cutting edge offers a very long service life compared to conventional carbide wheels, while maintaining a clean, controlled score line and predictable break behaviour. This makes MLC Diamond Line particularly relevant for float glass plants and high-value downstream applications.
Detailed dimensions, reference codes and angles can be provided in a separate technical datasheet or adapted to your cutting head configuration.
For float glass manufacturers, the real cost driver is not the unit price of a cutting wheel. It is the combination of meters cut, scrap rate, and unplanned stops.
MLC Glass Cutting Wheels focuses on cost per meter cut: how many meters you can reliably score and break, with stable quality and fewer disruptions to your line.
Float glass lines and downstream processing plants operate under strict QHSE frameworks. Cutting tools are a small component, but they can have a real impact on process stability, operator safety and scrap levels.
MLC works within structured quality systems and traceable supply chains, with a clear focus on consistency and long-term partnerships.
A float glass plant experienced irregular break behaviour on its jumbo cutting bridge when running mixed thickness and coating types. After a pilot using MLC Carbide Pro wheels and adjusted cutting parameters, the plant reported more consistent breaks and a noticeable reduction in random scrap around the score line.
On an architectural glass processing line, frequent wheel changes and inconsistent scoring quality impacted throughput. With MLC Carbide Pro and dedicated parameter recommendations, the customer reduced changeover frequency and gained more predictable break behaviour for façade formats.
Beyond supplying wheels, MLC can support your process and maintenance teams with practical knowledge: how to select the right geometry, when to change tools, and how to tune cutting parameters for better stability.
MLC Glass Cutting Wheels is a specialist brand dedicated to tools for cutting flat glass. Our perspective is process-driven: we look at your cutting line, your constraints, and the downstream impact of tool performance.
Whether you run a primary float line or downstream architectural or automotive units, our goal is to become a technical partner for more stable, predictable and efficient cutting.
Interested in evaluating MLC Glass Cutting Wheels on one of your lines or across several plants? Share a few details about your operation and we will get back to you with a proposal for a pilot or a technical discussion.