Matthews Engineering and hs-tumbler Join Forces to Enable High-Speed Dry Electrode Manufacturing Through Trajectory Mixing

Rhea-AI Summary

Matthews Engineering (NASDAQ: MATW) and hs-tumbler announced a cooperation to develop trajectory mixing for scalable, solvent-free dry battery electrode (DBE) manufacturing.

The collaboration targets more homogeneous powder mixing, higher calender throughput, reduced contamination and improved safety, aiming to support elevated line speeds and consistent upstream powder preparation for DBE lines.

News Market Reaction – MATW

+0.37%

1 alert

+0.37% News Effect

On the day this news was published, MATW gained 0.37%, reflecting a mild positive market reaction.

Data tracked by StockTitan Argus on the day of publication.

Market Reality Check

Price: $23.91 Vol: Volume 210,447 is 1.17x t...

normal vol

$23.91 Last Close

Volume Volume 210,447 is 1.17x the 20-day average, indicating modestly elevated trading activity. normal

Technical Shares at 24.37 trade slightly below the 200-day MA of 24.81, about 16.3% under the 52-week high and 31.73% above the 52-week low.

Peers on Argus

MATW was down 1.77% while key peers like DLX, TTI, FIP, and CODI fell between -1...

MATW was down 1.77% while key peers like DLX, TTI, FIP, and CODI fell between -1.87% and -5.3%, and CRESY rose 0.35%. With no peers in the momentum scanner and mixed moves, trading appeared company-specific rather than a clear sector rotation.

Historical Context

5 past events · Latest: Mar 10 (Positive)

Pattern 5 events

Date	Event	Sentiment	Move	Catalyst
Mar 10	DBE legal clarity	Positive	+0.5%	Arbitration affirmed MATW’s right to sell proprietary DBE solutions.
Feb 19	Governance updates	Neutral	-0.7%	Directors re-elected and governance-related charter amendments, plus new chairman.
Feb 03	Q1 earnings	Positive	-0.4%	Return to GAAP profitability, debt reduction, and reaffirmed EBITDA guidance.
Jan 28	Dividend declaration	Positive	+0.5%	Board approved quarterly cash dividend of $0.255 per share.
Jan 12	Debt redemption	Positive	-3.0%	Notice to redeem all $300,000,000 8.625% Senior Secured Second Lien Notes.

Pattern Detected

Recent DBE- and balance-sheet-related news has produced mixed reactions, with both aligned and divergent moves around generally constructive developments.

Recent Company History

Over the past few months, MATW has focused on governance, balance sheet, and dry battery electrode (DBE) positioning. A February earnings release highlighted a swing to GAAP EPS $1.39, proceeds of $225.4 million from a warehouse automation sale, and redemption of $300 million of 8.625% notes, alongside reaffirmed $180 million adjusted EBITDA guidance. An arbitrator’s February decision on DBE rights on Feb 13, 2026 supported MATW’s ability to sell DBE equipment. Against this backdrop, today’s DBE-focused collaboration extends that strategic push in next‑generation battery manufacturing.

Market Pulse Summary

This announcement highlights MATW’s effort to deepen its role in dry battery electrode (DBE) manufac...

Analysis

This announcement highlights MATW’s effort to deepen its role in dry battery electrode (DBE) manufacturing by combining calendering expertise with hs-tumbler’s trajectory mixing. It builds on recent arbitration clarity affirming MATW’s right to commercialize DBE solutions and follows balance-sheet actions like redeeming $300,000,000 of 8.625% notes and reaffirmed EBITDA guidance of at least $180 million. Investors may watch for concrete DBE equipment orders, throughput metrics, and how these technologies contribute to segment sales and margins over time.

Key Terms

calendering, dry battery electrode (DBE), lissajous-type motion, fibrillation, +2 more

6 terms

calendering technical

"precision engineering and advanced calendar systems with hs-tumbler's proprietary trajectory mixing"

Calendering is a manufacturing process that squeezes a sheet of material—like paper, rubber, plastic or fabric—between a series of heated rollers to make it thinner, smoother or to apply a uniform coating. Investors care because calendering affects product quality, production speed and material waste, which in turn influence a manufacturer’s costs, output capacity and profit margins; improvements can boost competitiveness like upgrading a production line.

dry battery electrode (DBE) technical

"tailored for dry battery electrode (DBE) manufacturing"

A dry battery electrode (DBE) is a way of making the active layers inside rechargeable batteries without using liquid solvents; imagine sticking together a sandwich of energy materials like pressing dry powder instead of spreading a wet paste. For investors, DBE matters because it can cut manufacturing steps, lower costs, reduce environmental and regulatory risks tied to solvent use, and speed scaling—factors that can improve margins and shorten time to market.

lissajous-type motion technical

"Trajectory mixing applies a controlled Lissajous-type motion within a sealed container"

A lissajous-type motion is the looping, figure‑like path produced when two oscillations — like horizontal and vertical movements — combine at different speeds and phases, similar to moving a pen on X and Y axes to draw patterns. For investors, seeing this pattern in equipment readings or diagnostics can reveal how well mechanical, electronic or imaging systems are synchronized or if they have unstable vibrations, which affects product performance, reliability and maintenance costs.

fibrillation technical

"achieves uniform binder distribution and controlled fibrillation"

Fibrillation is when muscle fibers, most commonly in the heart, contract in a rapid, chaotic way instead of as one coordinated beat, like an engine misfiring rather than running smoothly. For investors, fibrillation matters because it drives demand for drugs, medical devices, diagnostics and procedures, influences clinical trial and regulatory outcomes, and can change healthcare costs and the financial prospects of companies working on treatments or monitoring solutions.

lamination technical

"upstream of electrode calendering and lamination"

Lamination is a manufacturing process that bonds two or more layers of material together—like making a layered sandwich or sealing a photograph under clear plastic—to create a stronger, more durable or functional product. For investors, lamination affects product quality, production costs, capital spending and regulatory compliance because the choice of layers and adhesives can influence durability, manufacturing speed, waste, safety standards and the company’s ability to scale or differentiate its products.

dust exposure technical

"the enclosed process significantly minimizes dust exposure"

Dust exposure means workers or products coming into contact with tiny solid particles in air, soil, or process materials that can be breathed in or settle on surfaces. It matters to investors because chronic or heavy exposure can create health liabilities, regulatory fines, cleanup costs, production slowdowns and reputational damage — like sand getting into machinery, it can wear down operations and trigger unexpected expenses and oversight.

AI-generated analysis. Not financial advice.

Cooperation combines trajectory mixing and calendering expertise to improve powder preparation, throughput and process consistency for dry battery electrode manufacturing.

Joint development aims to support scalable, solvent-free DBE production with more homogeneous powder mixing, higher line speeds and improved operational performance.

PITTSBURGH and QUAKENBRÜCK, Germany, March 19, 2026 /PRNewswire/ -- Matthews Engineering, a division of Matthews International Corporation (NASDAQ: MATW), and hs-tumbler GmbH today announced a cooperation to advance trajectory mixing technologies tailored for dry battery electrode (DBE) manufacturing. The joint development targets scalable powder preparation and higher calender throughput for next-generation, DBE production systems.

This collaboration brings together Matthews' deep expertise in precision engineering and advanced calendar systems with hs-tumbler's proprietary trajectory mixing technology, aimed at enabling consistent, high-quality powder preparation upstream of electrode calendering and lamination. Dry electrode manufacturing continues to gain momentum from cell makers, automotive OEMs and research institutions seeking solvent-free, energy-efficient production solutions, including for next-generation battery chemistries.

Trajectory mixing applies a controlled Lissajous-type motion within a sealed container to produce highly homogeneous dry-electrode powder mixtures. In a single processing step, the method achieves uniform binder distribution and controlled fibrillation, thereby replacing multiple conventional dry-mixing and conditioning stages. The technology enables high feed uniformity and improved electrode mouldability, while simultaneously reducing mixer wear, metal contamination, and active-material particle damage. In addition, the enclosed process significantly minimizes dust exposure, providing clear operational and safety advantages for battery cell manufacturing and R&D lines.

Early development efforts under the cooperation have shown promising indications that trajectory-mixed DBE powders can support increased calender throughput at elevated line speeds while maintaining quality parameters of the dry electrode sheet.  Further, cell assembly using trajectory-mixed powders, show the potential for improved productivity in dry electrode workflows.

"This partnership advances our shared vision of enabling next-generation battery manufacturing for our customers," said Brandon Babe, President, Matthews Engineering. "By combining Matthews' advanced calendering and process expertise with hs-tumbler's innovative trajectory mixing, we aim to provide the scalable upstream processing foundation that DBE production requires, while further enhancing our intellectual property platform."

About Matthews Engineering
Matthews Engineering is a global provider of engineered solutions specializing in the design and manufacture of continuous process equipment and precision machinery for demanding industrial applications, including dry battery electrode production lines. A division of Matthews International Corporation (NASDAQ: MATW), Matthews Engineering supports customers worldwide with complete process systems, leveraging decades of experience in calendering and roll-to-roll manufacturing to enable advanced energy storage production.

About hs-tumbler GmbH
hs-tumbler GmbH develops and supplies trajectory mixing technology, a novel approach to powder processing that uses programmed multi-axis motion in sealed containers to achieve homogeneity, binder distribution, and control of sensitive materials. The technology supports solvent-free and low-environmental foot-print processes and is applied in advanced manufacturing contexts such as battery materials, ceramics, and high-performance composites.

Contact:	Frank Bogenstahl
	Sr. Director of Sales, Energy
	engineering.base@matw.com

 

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SOURCE Matthews International Corporation

FAQ

What did Matthews Engineering (MATW) announce on March 19, 2026 about dry electrode manufacturing?

They announced a cooperation with hs-tumbler to advance trajectory mixing for dry battery electrode production. According to Matthews Engineering, the joint work aims to improve powder homogeneity, increase calender throughput, and enable solvent-free, scalable DBE processing for higher line speeds.

How does trajectory mixing affect powder quality for DBE according to Matthews Engineering?

Trajectory mixing produces highly homogeneous dry-electrode powder mixtures in a single step. According to Matthews Engineering, the method yields uniform binder distribution and controlled fibrillation while reducing mixer wear, metal contamination, particle damage, and dust exposure in production.

Will the MATW and hs-tumbler cooperation increase production throughput for dry electrodes?

Early development indicates trajectory-mixed powders can support increased calender throughput at elevated line speeds. According to Matthews Engineering, preliminary results show maintained dry-electrode quality while enabling higher line-speed productivity during calendering and lamination.

What operational and safety benefits does the trajectory mixing method claim to provide for DBE lines?

The enclosed trajectory mixing process reduces dust exposure and mixer wear, lowering contamination risk. According to Matthews Engineering, this delivers operational safety advantages and improved feed uniformity, aiding consistent electrode mouldability and downstream manufacturing stability.

How does the cooperation between MATW and hs-tumbler aim to support next-generation battery chemistries?

The partnership focuses on solvent-free, energy-efficient powder preparation tailored for evolving battery chemistries. According to Matthews Engineering, combining calendering expertise with trajectory mixing aims to provide a scalable upstream processing foundation for next-generation DBE production systems.