Allan Spackman
Technical Solutions Manager, Linde Material Handling
Allan joined Linde Material Handling in 2018, bringing with him over 15 years of experience in the MHE industry, where he held various roles, ranging from blue-collar positions to leadership roles in Sales and Aftersales.
In his six years with Linde, Allan has become a recognised industry expert in cutting-edge MHE power solutions, particularly Lithium-ION battery technology and automated material handling. His expertise in Lithium-ION technology has allowed him to drive significant technological advancements in Linde’s product range. By leading the industry transition towards electrification, Allan ensures that Linde remains at the forefront of innovation, especially in the adoption of Lithium-ION technology.
Lithium-ion in material handling
The manufacturing industry is shrouded in myths about Lithium-ion forklifts. Linde Material Handling has the expertise to disprove industry myths and instead educate with cold, hard facts. Fact vs. Fiction • High-capacity Electric Trucks: Electric forklifts can handle loads as effectively as their Internal Combustion counterparts. • Efficiency and Voltage Stability: Lithium-ion technology provide superior efficiency and voltage stability. • Key Questions for Transition: There are four critical factors to keep in mind when considering the switch from IC to electric. • Opportunity Charging: Two words - operational flexibility. Benefits of transitioning from Internal Combustion forklifts to Electric models • Rising Demand: The market for electric-powered forklifts that improve efficiency is rapidly growing. • Eco-friendly Solutions: Lithium-ion powered forklifts are clean, sustainable solutions. • Higher Energy Efficiency: Lithium-ion technology offers higher energy efficiency. Automation in material handling Automation is a common topic for discussion and Linde Material Handling has the expertise to educate the industry. Myth vs. fact – separating fact from fiction about Automation • Safety Compliance: Automated Guided Vehicles (AGVs) must adhere to stringent ISO safety standards, ensuring very low failure rates for safety system components. • Process Consistency: Automation ensures consistent, efficient and flexible processes. • Productivity: Automation boost productivity, reduces personnel injuries, and minimises damage to goods and infrastructure. • Cost Efficiency: Although automated machines have high upfront costs, they can pay for themselves in as little as 18 months in suitable applications and multi-shift operations. • Optimal Use Cases: Automation excels in regular, repetitive tasks, ensuring consistent and efficient operations. • Workforce Impact: With fewer drivers entering the workforce, automation mitigates the risk of replacing operators with machines. Instead, it takes on simple, time-consuming tasks, allowing humans to take on higher-value activities.