Download PDF
Transforming the American Bathroom: Tushy's Journey Through Crisis
Technology Category
- Functional Applications - Warehouse Management Systems (WMS)
Applicable Industries
- Paper & Pulp
Applicable Functions
- Procurement
- Warehouse & Inventory Management
Use Cases
- Last Mile Delivery
- Picking, Sorting & Positioning
Services
- System Integration
The Challenge
Tushy, a small organization aiming to transform the American bathroom with bidets, faced a significant challenge when a nationwide toilet paper shortage led to an unprecedented surge in demand. The company's COO and co-founder, Justin Allen, was involved in every aspect of the business, from marketing to supply chain, and was committed to making decisions that reduced consumption, unnecessary material, and the company's carbon footprint. However, the sudden increase in demand led to a six-week wait for backorders, putting pressure on the company's supply chain and fulfillment processes. Furthermore, Tushy's existing systems struggled with warehouse fulfillment, managing inventory and orders across warehouses, and splitting orders, leading to frustration and a lack of control.
About The Customer
Tushy is a home goods company with a mission to transform the American bathroom to be more sustainable, healthy, and delightful through the use of bidets. Despite being a relatively small organization compared to industry giants, Tushy is ambitious and committed to reducing consumption, unnecessary material, and its carbon footprint. The company's COO and co-founder, Justin Allen, is involved in every aspect of the business, ensuring that every decision aligns with the company's core pillars. Tushy faced a significant challenge during the nationwide toilet paper shortage, which led to a surge in demand and put pressure on their supply chain and fulfillment processes.
The Solution
Six months before the pandemic, Allen and CEO Jason Ojalvo had sought a solution to handle scale order fulfillment in anticipation of growth. They chose Skubana, an order management system, which proved to be one of the best decisions they made. Skubana helped Tushy scale from one to three 3PLs, navigate the 10x to 20x increase in demand, and pivot seamlessly. In the two weeks following the crisis, Skubana and Tushy managed to cut lead times from 60-90 days to 20-25 days. Skubana also enabled Tushy to create a virtual warehouse to track their pre-orders and move them to the warehouse best suited for fulfillment. With Skubana, Tushy gained more control over their fulfillment process, allowing them to reduce fulfillment time frames and deliver products to customers faster.
Operational Impact
Quantitative Benefit
Related Case Studies.
Case Study
Wireless Improves Efficiency in Compressed Air Systems
Hollingsworth and Vose wanted to improve the efficiency of their compressed air system, lower the electricity expense component of manufacturing cost in their commodity industry, and conserve energy leading to lowered greenhouse gas emissions. Compressed air systems degrade over time and become leaky and inefficient. Hollingsworth and Vose wanted to increase the frequency of system inspections without paying the high cost of manual labor.
Case Study
Process Predictive Analysis in Pulp and Paper Mill
Common paper breaks consequently lead up to 60 minutes of downtime, delaying a potential $10K per hour of production value process. Thus, defective products cause financial and damage company's reputation. Improving quality and reducing defect rates can generate millions of dollars of revenue per year for your company.
Case Study
Industrial Video Monitoring for Security and Regulatory Compliance
Because of the Stevenson mill’s proximity to the Tennessee River, WestRock was required by the USCG to comply with the Maritime Security 33CFR (MARSEC) regulations. WestRock needed a video security system but wanted to add other applications not required by the government, such as video process monitoring, condition monitoring, and wireless network management. WestRock needed a reliable video solution to avoid the compliance fines and possible security risks – but the solution needed to be implemented in the most cost-effective manner possible.
Case Study
ECOsine Active Increased Reliability in the Paper Industry
The paper and pulp industry is interlinking intelligent hi-tech machines to highly efficient production lines. Higher power DC and AC motor drives perform the automation tasks. Every kind of interference that negatively affects the reliability and safety of the installation may lead to production downtime and consequently to significant financial losses. AC and DC motor drives are so-called non-linear loads as they draw a nonsinusoidal current from the grid. Resulting harmonics of current and voltage can interfere with the operation of nearby consumers and overload the electrical infrastructure. In this particular application, the load cycles of the drives often caused interruptions in the production process because of disturbances coupling into the fieldbus system.