Lippmann 624s-t: Solving High-Volume Screening Bottlenecks with Power, Flow, and Control

Lippmann 5165is-w: Portable Impact Crushing with Screening, Recirculation, and On-Site Sizing Control

The Lippmann 5165is-w is designed for operations that need impact crushing capacity, integrated screening, and material recirculation in a portable plant configuration. For producers managing recycled concrete, asphalt, aggregate, or mixed feed applications, the operational challenge is not just breaking material down. It is controlling gradation, reducing unnecessary handling, and keeping production moving through a more complete closed-circuit process. In this episode of the Lippmann Academy CrushCast, Nick and Jessica walk through how the 5165is-w combines a large impact crusher, triple-deck screen, and return conveyor system to help crews produce a more consistent finished product on-site. The discussion focuses on how material moves through the plant, where operators gain control over sizing, and why an integrated crushing and screening setup can reduce rework, improve site efficiency, and support higher-volume production demands. In this episode you’ll learn: *  How the Lippmann 5165is-w is configured as a portable impact crushing and screening plant  *  Why integrated screening matters when producers need better control over finished product size  *  How recirculation helps move oversize material back through the crusher for additional reduction  *  How material flow through the screen decks affects product separation and overall plant efficiency  *  Why a closed-circuit impact plant can reduce handling, limit reprocessing, and support more consistent production  For operations leaders and field teams, the 5165is-w represents more than added equipment on-site. It addresses a common production issue: how to crush, screen, separate, and recirculate material in a coordinated process without relying on multiple disconnected steps. This episode provides a practical look at how that system works and where it can create operational value. This podcast uses AI‑generated voice and presentation technologies with human oversight at every stage. All content is developed, reviewed, and approved by Lippmann. The information in these episodes is intended for educational and informational purposes only and does not constitute professional or business advice.

Lippmann 624s-t: Solving High-Volume Screening Bottlenecks with Power, Flow, and Control

In this episode of the Lippmann Academy CrushCast, Nick and Jessica break down the Lippmann 624 ST and what it means for operations pushing high volumes through their plants. When screening becomes the choke point, production suffers. This machine is engineered to address that problem directly, combining high horsepower, increased screening area, and material flow design to keep tons moving and reduce inefficiencies across the circuit. The 624 ST is not just larger. It is built to solve real operational issues, including material bridging at the hopper, inconsistent screening efficiency, and downtime tied to maintenance and safety risks. With a split-box design, direct drive system, and dual power capability, this unit is designed for operations that need consistent throughput, predictable performance, and the flexibility to adapt to site conditions. In this episode you’ll learn: *  How the split-box screening design improves stratification and screening efficiency  *  Why direct drive systems eliminate slippage and reduce energy loss compared to belt-driven alternatives  *  How increased screening area translates directly into higher tons per hour  *  The role of hopper design and material flow in preventing bottlenecks before screening begins  *  How dual power capability supports fuel savings, compliance, and long-term operating flexibility  For operations leaders managing production targets and uptime expectations, the Lippmann 624 ST represents a practical solution to one of the most common plant constraints. It delivers measurable gains in throughput, efficiency, and safety while aligning with the broader goal of running smarter, more controlled crushing and screening operations. 624s-t High Production Screen [https://lippmanncrushers.com/new-equipment/feeders-screens/tracked-screen-plants/624s-t/] This podcast uses AI‑generated voice and presentation technologies with human oversight at every stage. All content is developed, reviewed, and approved by Lippmann. The information in these episodes is intended for educational and informational purposes only and does not constitute professional or business advice.

Lippmann at CONEXPO - Day 1

In this episode of the Lippmann Academy Crush Cast, AI Co-hosts Nick and Jessica break down what matters most on day one of CONEXPO 2026 and take a closer look at the two featured machines at Lippmann’s Silver Lot Booth SV-2001: the 3650J Bear Jaw and the 300 CW rear discharge wheeled cone. They talk through why this show is a real decision-making moment for operations leaders, what to look for when evaluating heavy iron up close, and how Lippmann is pairing equipment with support and data tools that drive uptime and ROI beyond the initial purchase. This conversation isn’t about trade show buzz. It’s about build quality, lifecycle support, and using operational data to make smarter decisions that impact productivity, profitability, and jobsite performance. In this episode, you’ll learn: * Why CONEXPO matters when you’re making equipment decisions that can shape your operation for the next three years * What the “Bear Jaw” display reveals about the 3650J’s structural design, weld integrity, and readiness for high-shock primary crushing * How the 300 CW is designed to deliver portable secondary crushing without the typical stability and vibration compromises * Why OEM wear parts support and aftermarket readiness are central to uptime and long-term performance * How 365 SiteConnex telematics can surface idle time, performance trends, and operational issues before they become lost production Whether you manage a quarry, mining operation, recycling site, or multi-plant fleet, this episode will help you evaluate what matters on the show floor and think more clearly about how iron, support, and data should work together in a modern crushing circuit. This podcast uses AI‑generated voice and presentation technologies with human oversight at every stage. All content is developed, reviewed, and approved by Lippmann. The information in these episodes is intended for educational and informational purposes only and does not constitute professional or business advice.

The Lippmann 3650J Jaw Crusher: Built for Uptime When Primary Crushing Can’t Fail

In this episode of the Lippmann Academy CrushCast, AI co-hosts Nick and Jessica take a deep look at the realities of primary crushing and why uptime matters more here than anywhere else in the plant. They focus on the Lippmann 3650J Jaw Crusher and unpack how its mass, welded-frame construction, and lubrication design are engineered to handle hard rock applications where failure is not an option. Rather than walking through specifications in isolation, the conversation centers on real-world operating conditions. Nick and Jessica explore what actually causes downtime in primary crushers, how design decisions affect long-term reliability, and why total cost of ownership often matters more than purchase price. In this episode, you’ll learn: * Why primary crusher downtime has an outsized impact on overall plant productivity * How frame construction, mass, and inertia influence durability in hard rock applications * The role oil bath lubrication plays in reducing maintenance risk and extending bearing life * How safety and serviceability features can directly affect uptime and crew efficiency * What operations teams should consider when selecting a primary jaw crusher for long-term performance Whether you run a quarry, mining operation, or heavy recycling site, this episode provides practical insight into what separates a primary jaw crusher built for uptime from one that simply meets the spec sheet. This podcast uses AI‑generated voice and presentation technologies with human oversight at every stage. All content is developed, reviewed, and approved by Lippmann. The information in these episodes is intended for educational and informational purposes only and does not constitute professional or business advice.

The Lippmann 300c-w: High Production Without the Mobility Compromise

In this episode of the Lippmann Academy Crush Cast, AI Co-hosts Nick and Jessica break down that long-standing trade-off and take a closer look at the Lippmann 300c-w portable cone crusher. They talk through why production and mobility have traditionally been at odds, what operations teams actually need from modern crushing equipment, and how the 300c-w is designed to address those real-world pressures. This conversation isn’t about specs for the sake of specs. It’s about uptime, flexibility, and making smarter decisions that impact productivity, profitability, and jobsite performance. In this episode, you’ll learn: * Why production vs. mobility has always been a tough compromise in crushing operations * What operations leaders should really be looking for in a high-production portable cone crusher * How the Lippmann 300c-w is designed to balance output, efficiency, and ease of transport * Why setup time, circuit flow, and uptime matter just as much as tonnage Whether you manage a quarry, recycling operation, or mobile crushing fleet, this episode will help you rethink what’s possible from a portable cone crusher — and whether you really need to compromise anymore. This podcast uses AI‑generated voice and presentation technologies with human oversight at every stage. All content is developed, reviewed, and approved by Lippmann. The information in these episodes is intended for educational and informational purposes only and does not constitute professional or business advice.