The Material Handling Blog

“The first rule of any technology used in a business is that automation applied to an efficient operation will magnify the efficiency. The second is that automation applied to an inefficient operation will magnify the inefficiency.” Bill Gates This quote highlights a fundamental truth: the success of automation hinges not just on the technology itself but on the underlying efficiency of the processes it aims to enhance. This means that strategic planning and process optimization are essential prerequisites for reaping the full benefits of automation in warehouse operations.

Picture this: your organization is set for growth, but you're trapped in what feels like a life-size Rubik’s Cube, always moving pieces around to navigate your way through the space constraints of your warehouse. How do you optimize your operations when every inch of floor space counts?

The economic market landscape is a whirlwind of change, driven by an expanding population and evolving local and global demands. Amidst this flux, businesses grapple with the challenges of adapting to shifting consumer expectations, soaring rental costs, intensifying competition and the quest for optimal storage solutions, particularly in India's bustling market. Navigating these complexities demands more than just traditional approaches—it requires a strategic embrace of automation. What was once considered a luxury has now become a business imperative. The question is no longer “Should I automate?” it is now “When and how much should I automate?” Recognizing this shift is crucial for companies aiming not just to survive, but to thrive in this dynamic environment.

Automation is not merely a buzzword; it's a transformative force reshaping the landscape of warehouse operations and logistics management. By harnessing the power of advanced automation technologies such as AS/RS systems, conveyor and sortation systems, robotics, GTP (goods to person), artificial intelligence, and data analytics, are streamlining their logistics processes like never before. From inventory management to order fulfilment, automation is revolutionizing every aspect of warehouse operations, driving efficiency, accuracy and agility.

You’re walking into a bustling warehouse, where the air buzzes with the orchestrated hum of voices, footfalls and equipment. In one corner, various SKUs are received and swiftly stored, each item finding its place. Across the floor, synchronized activity surrounds order fulfillment: items are picked, packed and ready for their journey to customers or stores. This is material flow and it plays a vital role in distribution operations.

The fog of peak season. Does this sound like a similar experience to all warehouse operations team members? It’s earlier than usual and you know you have a very long day ahead of you. The building pulses with an electrifying energy but it's a frenetic, anxious feeling that everyone has in the pit of their stomach. The team knows that its “go time” as the customer order volume is going to be 3X the norm. As you walk out of the office and into the warehouse you are met with the sound of conveyor belts humming and the ceaseless beeping noise of forklifts darting all over the building. What is normally an orderly row of neatly stacked goods near pack out, now resembles a maze, as your team scrambles to locate items with urgency. Every corner of the warehouse is in motion, every aisle alive with the chaos of associates picking, workstations loaded with boxes for packout, and trailers are everywhere.

The ongoing labor shortage crisis is being felt across various sectors, with warehousing being no exception, and its impact threatens efficiency and productivity. The question being asked today by most manufacturers and distributors is not “Should I automate?” but rather “When and how much should I automate?” To best answer those questions, it’s crucial to first understand common material handling and automation considerations.

“Garbage in, garbage out”; that’s the typical mantra for simulation and consulting studies as it relates to the quality of the inputs and the resultant quality of the outputs. Having worked with companies small and large, across a variety of industries, we know one thing is true – every bit of detail counts to ensure we can help our customers maximize their operations.

Warehouses are an integral part of the supply chain management system of any organization for storing and distributing goods efficiently and effectively. However, there are certain common mistakes that warehouse operators make that can negatively impact the productivity and efficiency of the warehouse.

KPIs are quantifiable metrics used to measure the success of a particular process or system. They are typically tied to specific objectives and goals and are used to track progress over time. KPIs are an essential tool for businesses to measure the effectiveness of their operations, identify areas of improvement and make informed decisions. This includes the material handling and automation industry.

Managing a distribution or manufacturing facility can be challenging. It can be very easy to get so focused on the technical details of various automation solutions. The danger is that it’s easy to lose sight of the main goal, the reason behind adding automation – meeting business objectives and improving business operations.

Como integradora independente, a Bastian Solutions trabalha com diversas tecnologias e marcas. Como tal, não é incomum ser perguntado pelos clientes: “Quantas linhas por hora posso fazer com um sistema de goods to person?” Quando falamos de GTP (sistemas de goods to person), isso pode incluir sistemas de AutoStore, ASRS, Scallog, Kardex, Servus ou Adapto. Todas essas tecnologias oferecem métodos modernos e facilmente escaláveis de atendimento de pedidos, por meio de diferentes configurações tecnológicas e de design. Portanto, quando se trata de responder “quantas linhas por hora posso fazer”, há muitos fatores que entram em jogo, mas há três elementos principais que ajudam a fornecer uma imagem mais clara e fornecer uma taxa estimada de linhas por hora. Vamos explorar isto.