Deskera

💡 Who said manufacturing can’t be cutting-edge? With Deskera MRP, we’re taking production from ‘meh’ to mind-blowing. 🚀 Real-time tracking? Done. Multi-level BOMs? Easy. Efficiency? Through the roof. It’s not just about managing production, it’s about owning it. Here’s a video to show you how Deskera MRP turns complexity into clarity and transforms your process into a smooth, unstoppable force. ⚙️

While the pager industry may not be booming, it has carved out its own unique niche in communication. We've put together all the relevant information outlining the key components of a pager just for you! Stay informed about this classic technology that continues to serve in specialized fields.: 1.Antenna Function: Receives the radio signals from the pager network, allowing the pager to pick up messages. Appearance: A compact, flexible, or telescopic antenna usually located at the top of the pager. 2. Receiver Function: Processes the incoming radio signals and sends the message data to the microprocessor. Appearance: An internal circuit that captures signals. 3. Microprocessor Function: The brain of the pager that decodes and processes incoming messages, controlling all the functions. Appearance: A small chip responsible for computing tasks. 4. Memory Chip Function: Stores the received messages for future retrieval by the user. Appearance: A small memory module embedded in the circuit. 5. LCD Display Screen Function: Displays the message or information received by the pager. Appearance: A monochrome screen often found on the front of the pager. 6. Speaker/Buzzer Function: Provides audible alerts or vibrations when a message is received. Appearance: Small internal speakers or vibrators within the pager. 7. Battery Function: Powers the pager and ensures continuous operation. Appearance: Usually a small, replaceable AA or AAA battery. 8. Button Interface Function: Allows the user to interact with the pager, such as navigating through messages or settings. Appearance: Simple, small buttons on the pager.

🌱 BOMs in the Age of Sustainability and Circular Economy 🌍 Manufacturing has entered a new era—where waste is the enemy, and resource efficiency is key. At the heart of this revolution is an often overlooked, but vital tool: the Bill of Materials (BOM). In the age of the circular economy, BOMs have transformed from static lists to dynamic blueprints driving sustainability and innovation. Here’s how they’re shaping a more intelligent, eco-conscious future: 1️⃣ Minimizing Waste, Maximizing Value BOMs now include recyclable and reusable components, giving manufacturers the insight to minimize waste at every stage of the product lifecycle. Think of BOMs as sustainability roadmaps, guiding the reuse of materials and reducing the need for virgin resources. 2️⃣ A Second Life for Products Smart BOMs are helping extend the life cycle of products. With detailed material tracking, manufacturers can plan for maintenance, repair, and upgrades—allowing products to live longer and reducing the environmental toll of replacement. 3️⃣ Turning Waste into Resources BOMs don’t just manage parts—they help identify recyclable materials that can be reintroduced into production. This circular loop ensures that what was once considered waste becomes a resource, driving down production costs and environmental impact. 4️⃣ Data-Driven Sustainability Modern BOMs are rich in data. By embedding metrics like carbon footprint, energy consumption, and recyclability, they allow manufacturers to make decisions that are not just cost-effective but also environmentally responsible. 5️⃣ Ethical and Transparent Sourcing In a world that demands transparency, BOMs provide insights into the ethical sourcing of materials. Whether it's tracking conflict-free minerals or ensuring compliance with environmental laws, BOMs empower companies to lead with responsibility. In the era of smart, sustainable manufacturing, BOMs are no longer just an operational necessity—they’re an engine of transformation. 🌍💡 #CircularEconomy #Sustainability #BOM

From missing parts to outdated info, BOM mistakes can throw a wrench in your production. But with smart fixes—like syncing inventory, automating checks, and clear descriptions—you can avoid the chaos and keep things running smoothly. Don’t let a bad BOM bring you down—optimize, automate, and stay ahead! 

When manufacturers lose track of jobs, it’s like a train going off the rails. But with the right tools, you can switch tracks and keep production running smoothly—because staying on track is key to success.

From the dominance of Lead-Acid and Ni-Cd batteries in the 1970s to the groundbreaking advancements of solid-state technology today, the journey of battery innovation has revolutionized how we power our world. Discover the key milestones that have shaped this evolution and continue to drive the future of energy storage.

Curious to see the intricate beauty of the essential components of a battery? We've crafted an image to give you a clear, pictorial view of each key element —from anode to cathode, separators, and beyond. Take a closer look at the technology that powers our world, one component at a time.

Get charged up with our battery 🔋 🔋 component cheat sheet! Dive 🏊♂️ into the core elements that power almost everything around you. From anode to cathode and everything in between, this guide breaks down the key components driving the future of energy. Perfect for a quick reference. #BatteryManufacturing #BatteryComponents

Battery 🔋 Types 101 What's juicing up your favorite devices? From your everyday gadgets to cutting-edge electric vehicles, the right battery makes all the difference. Dive into the world of Lithium-ion, Nickel-Metal Hydride, and beyond to unlock smarter, more efficient power choices.