Pellet Presses

Prepare strong, repeatable pellets for XRF, infrared spectroscopy, calorimetry and similar lab analysis with LAARMANN manual and motorized hydraulic pellet presses and die sets from 3–50 mm.

If you analyze samples like grounded soil, various powders or other processed materials using an X-ray fluorescence instrument, infrared spectroscopy, calotimeter or similar machines you will need to have a solid lab press. Your xrf/pellet press should be easy to handle in order to produce the perfect pellets. LAARMANN manual lab presses are made from solid stainless steel and aluminium construction for the best quality, enabling to use a variation of die sets from 3 to 50 mm, which will give you the best results in the market.

LMTP Pellet Press Motorized


Motorized hydraulic pellet press for frequent and reproducible preparation of small powder samples.

Product Overview

LMTP motorized pellet press

LMTP 1–15 Tons Pellet Press


High-performance pellet press for compressing powdered raw materials into solid, cylindrical pellets.

Product Overview

LMTP 1 to 15 tons pellet press

LMTP 1–25 Tons Pellet Press


High-performance pellet press for compressing powdered raw materials into solid, cylindrical pellets.

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LMTP 1 to 25 tons pellet press

LMPP 40 Tons Pellet Press


High-power 40-ton pellet press operated with a detailed digital control panel.

Product Overview

LMPP 40 tons pellet press

Pellet Presses FAQ (Frequently Asked Questions)

Pellet presses are used to compress powders (for example ground soil and other processed materials) into solid pellets for instruments such as XRF, infrared spectroscopy, calorimetry and similar analyzers.

We offer the LMTP Pellet Press motorized, LMTP 1–15 Tons, LMTP 1–25 Tons and the LMPP 40 Tons.

LAARMANN pellet presses can be used with a variation of die sets from 3 to 50 mm (depending on the model and configuration).

Choose a motorized pellet press for frequent, repeatable pelletizing workflows. Manual hydraulic presses are a good choice when throughput is lower and you prefer a simpler bench-friendly setup.

Typical inputs include ground soil, powders and other processed materials that need a stable pellet form for analysis (often with a binder, depending on the method).

Consistent pellet density and a smooth surface help improve measurement repeatability and reduce variability caused by uneven sample presentation.

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