Core Tray Racking

Next-Gen Modular Core Storage

Disorganised core libraries cost time, compromise sample integrity, and create real safety risks on site. The Dynamics GTS Modular Core Tray Racking System is purpose-built to solve all three — delivering a certified, high-density storage solution that goes from delivery to operational in a fraction of the time of conventional racking.

Fully prefabricated and weld-free on installation, this system is engineered to suit all standard core tray formats natively. Whether you’re outfitting a permanent core library, a warehouse facility, or a mobile field container, the modular architecture scales seamlessly to your operation — without compromise.

Why End-Load?

Every configuration in this system uses an end-load access design — and it makes a significant operational difference. Trays slide in and out longitudinally from the aisle end, meaning:

• No aisle space is wasted on lateral tray extraction
• Core samples are accessed without disturbing adjacent trays
• Rows can be read visually end-to-end for rapid sample identification — without touching a single tray
• Tray integrity is preserved through controlled, directional movement

It’s a smarter way to store core — designed around how geologists actually work.

Engineering & Operational Efficiency

Every system is rigorously validated through physical stress testing to maintain scalable RPEQ certification:

• Optimised Capacity: Rated to a Maximum Safe Working Load (SWL) of 40kg per core tray — built for the demands of real-world operations.
• High-Density Storage: Each bay accommodates up to 19 trays, maximising your footprint and minimising wasted space.
• Ergonomic by Design: A maximum height of 1900mm from finished floor level to the top tray ensures safe, fatigue-free lifting access for all operators.
• Engineered Cross-Bracing: Prominent diagonal cross-bracing on each bay provides exceptional racking rigidity — visually confident and structurally uncompromising.
• Open-Front Shelf Design: Trays are fully visible from the aisle at a glance, enabling rapid visual identification of core samples without manual handling.
• FEA Validated: Finite Element Analysis-optimised geometry, independently confirmed by physical stress testing — showing just an 11° deflection under an 80kg distributed load.

Material & Installation

Manufactured in Australia from 100% Australian steel, this modular system is purpose-built to withstand the harshest industrial environments:

• Industrial-Grade Framework: Heavy-duty hot-dip galvanised mild steel construction throughout — engineered for long-term corrosion resistance in humid, outdoor-adjacent, and containerised environments.
• Heavy-Duty Base Plates: Robust floor-mounted base plates provide a wide, stable footprint and are permanently anchored using proven mechanical fastening — delivering rock-solid stability without compromise.
• Precision Welded Construction: All structural junctions are continuously fillet welded to exacting standards, complemented by engineered diagonal cross-bracing for maximum rack rigidity under dynamic load.
• Standard Foundation Compatibility: Designed for installation on a standard concrete slab with a minimum 25 MPa compressive strength at 28 days.
• No On-Site Welding Required: Arrives fully prefabricated and ready to anchor — dramatically reducing installation time, site risk, and hot-work permitting requirements.

Modular by Design — Scale as You Grow

The system is built around two interchangeable rack types that work together to form any layout configuration:

• End Racks (Single-Sided): Used to cap the ends of a row or place flush against a wall — maximising storage density right to the boundary of your facility.
• Extension Racks (Double-Sided): The backbone of continuous row expansion. Add bays incrementally as your core library grows — no need to reconfigure existing infrastructure.

Start with what you need today. Expand without limits tomorrow.

Available System Configurations