Kasparium offers a modular warehouse automation system that uses interchangeable plates and high‑density racks to maximize vertical storage in low‑ceiling facilities. The plug‑and‑play design enables rapid assembly, expansion, or relocation without structural changes, while integrated picking guidance reduces pick time to about 10 seconds, delivering up to seven‑fold faster order fulfillment. The platform is layout‑agnostic and supports independent module operation for continuous uptime.
Funding
Funding not disclosed
Founders
Product
Problem
Warehouse operators often face limited floor space, low ceiling heights, and inflexible storage layouts that constrain inventory density and slow manual picking processes. Scaling or relocating existing material‑handling systems typically requires extensive downtime, structural modifications, and significant capital outlay.
Solution
Kasparium delivers a fully modular, layout‑agnostic warehouse automation platform that can be deployed within weeks and reconfigured in days. The system consists of interchangeable plates and high‑density racks that interlock like a sliding puzzle, allowing operators to maximize vertical space even in low‑ceiling facilities. Automated picking guidance accelerates order fulfillment up to seven times faster than manual methods while reducing reliance on seasonal labor. Because each module operates independently, the platform can be expanded, downsized, or moved to a new site with minimal disruption and without structural alterations.
Target Audience
The primary customers are e‑commerce fulfillment centers, third‑party logistics providers, and manufacturers that need high‑density, fast‑picking storage solutions in existing warehouses with space or height constraints.
Features
- Plug‑and‑play modular plates and racks that snap together without permanent anchoring, enabling rapid assembly, expansion, or relocation
- High‑density storage design that halves required floor space and supports product dimensions up to 0.8 × 1.2 × 3 m, with each rack rated for 350 kg
- Low‑ceiling compatibility, allowing deployment in legacy buildings without ceiling modifications
- Dynamic slotting algorithm that optimizes item placement for odd‑size SKUs and maximizes pick path efficiency
- Independent module operation and built‑in maintenance mode, so a single‑module failure does not affect overall system uptime
- Integrated picking assistance (visual cues and guided travel paths) that achieves ~10 seconds per pick, delivering up to 7× faster throughput
- Scalable architecture that adds new modules in days rather than months, supporting seamless capacity growth
- Minimal infrastructure footprint; the system is layout‑agnostic and can be unplugged and shipped as a complete unit for site moves