Which mold sizes does the LS-GC100 support?

LS-GC100 supports 150 mm and 100 mm mold formats, covering common Superpave and asphalt laboratory specimen preparation workflows.

Can one compactor serve both AASHTO and EN projects?

Yes. The adjustable 0.7°–1.4° internal angle, 30 r/min gyratory speed, and configurable laboratory workflow support AASHTO T312, ASTM D6925, and EN 12697-31 projects on the same LS-GC100 platform.

What data does the LS-GC100 output?

LS-GC100 provides touchscreen monitoring of pressure and height curves with USB data export for compaction records and asphalt mix design reports.

Home>Products>ASPHALT MIX>Mix Design & Specimen Preparation>Gyratory

ASPHALT MIX

Gyratory Compactor for Asphalt Mix Design

Superpave gyratory compaction is the standard laboratory workflow for asphalt volumetric mix design. Lithostek gyratory compactors support angle control, specimen height tracking, density development, and compaction data needed by asphalt QC, research, and road authority laboratories.

Available Products

1 product in this category

LS-GC100

Superpave Gyratory Compactor (SGC)

Fully compliant with AASHTO T312, ASTM D6925, EN 12697-31. Built for high-throughput labs and field programs demanding repeatable results.

AASHTO T312ASTM D6925EN 12697-31

Gyratory Compactor Selection

Compare LS-GC100 Gyratory Compactor Specs

LS-GC100 is positioned for Superpave gyratory compaction and asphalt volumetric mix design. The page focuses on AASHTO T312, ASTM D6925, and EN 12697-31 workflows, using existing specifications for compaction force, internal angle, speed, mold sizes, electromechanical drive, and USB data export.

The Superpave gyratory compactor (SGC) is the core instrument for volumetric asphalt mix design. It applies vertical compaction force while the mold gyrates at a fixed internal angle, helping laboratories produce specimens whose density development across gyrations supports N-initial, N-design, and N-max evaluation for mix approval.

Compaction force

Max 13 kN

Precision coaxial load sensing

Internal angle

0.7° – 1.4°

Adjustable Superpave compaction geometry

Gyratory speed

30 r/min

Controlled asphalt specimen compaction

Mold sizes

Φ150mm / Φ100mm

Common asphalt mix design specimen formats

Drive type

Electromechanical

Integrated laboratory compaction platform

Data output

USB

Compaction records for reporting workflows

AASHTO T312 vs ASTM D6925 vs EN 12697-31

These standards define gyratory compaction workflows used for asphalt mix design, quality control, and laboratory specimen preparation. Confirm the current edition and project requirements before tendering; LS-GC100 supports standard-oriented compaction with adjustable internal angle, height tracking, coaxial load sensing, and USB data export.

How gyratory compaction works

1. Prepare the heated asphalt mixture and load the mold.
2. Apply vertical compaction force while the mold gyrates at the target internal angle.
3. Track specimen height and density development through the compaction cycle.
4. Export compaction records for mix design, QC, and research reports.

View LS-GC100 product details