Case Study: Swingtector Installation Case at a New Logistics Warehouse

2026-07-13

Project Overview

Company A is a logistics company specializing in parcel delivery and freight transportation. As part of the construction of its new logistics warehouse, the company set the establishment of a safe operating environment as a core objective.

In particular, to proactively prevent safety accidents that could occur during logistics center operations, Company A planned the installation of anti-collision guards starting from the design stage, aiming to build safety infrastructure optimized for an environment where workers and logistics equipment operate together.
 

Background of Installation

Inside logistics warehouses, various types of logistics equipment—such as forklifts, cargo trucks, and hand pallet trucks—operate continuously. In such environments, collisions between vehicles and facilities, worker safety accidents, and damage to building structures can occur, which may lead to operational disruptions and increased maintenance costs.

As Company A's facility was a new build, rather than addressing issues after accidents occurred, the company sought to establish a proactive safety management system by analyzing risk factors from the design stage and deploying appropriate protective equipment to prevent safety accidents in advance.
 

Solution Features

The anti-collision guards applied at Company A were manufactured based on our elastic bollard, 'Swingtector.'

Swingtector effectively absorbs impact energy upon collision, delivering superior shock absorption performance compared to conventional steel guards. This allows it to maintain high durability even under repeated impacts, while minimizing the shock transmitted to the floor and anchor points, thereby reducing facility damage and maintenance costs.

In addition, a Tiger Mark pattern was applied to the surface of the guards to ensure high visibility, further enhancing safety by allowing workers and drivers to easily recognize hazardous zones.
 

Expected Effects

  • Prevention of collision accidents between workers and logistics equipment
  • Protection of key facilities such as building columns, doors, and equipment
  • Reduction of maintenance and repair costs
  • Creation of a safer working environment and improved safety management standards
  • Increased operational efficiency of the logistics center

Applied Products and Installation Purposes

1. Bollards
Installed around key facilities such as docks, fire hydrants, and fire shutters to protect facilities from collisions with forklifts and other logistics equipment.


 

2. Guardrails
Installed to separate pedestrian walkways from logistics equipment operating zones, and around critical equipment such as forklift charging stations and distribution panels.


 

3. Corner/Column Guards
Installed on building columns and corners to prevent structural damage from repeated collisions.



 

4. Door Guards
Installed around freight elevator entrances and doors to prevent collision-related damage.


 

 

5. Height Restriction Bars
Installed at the main warehouse entrance and vehicle access points to preemptively control the entry of vehicles exceeding the height limit.



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