Learn how to choose an industrial wireless access point based on coverage, roaming, bandwidth, interference, temperature, protection ratings, and application requirements.
How to Choose an Industrial Wireless Access Point: A Complete Selection Guide Read Post »
Learn the key differences between industrial and commercial access points, including durability, temperature, EMI resistance, roaming, and industrial applications.
Industrial AP vs. Commercial AP: Key Differences and How to Choose Read Post »
200+ sorting carts achieved cross-AP roaming ≤ 50ms with zero packet loss and zero dropouts throughout operation — maintaining zero downtime even during peak e-commerce seasons.
Blind-spot-free coverage: Leaky cable installed along the entire track, eliminating dead zones at curves and corners.
Low latency and high reliability: Data transmission latency < 20ms with near-zero packet loss — commands reach carts instantly, enabling precise sorting at full speed.
System achieved 6 months of zero communication failures with sorting efficiency improved by 25% — directly translating to higher throughput during peak periods.
Logistics Sorting Center Achieves 200+ Carts Zero-Interruption Communication with KAXA Read Post »
Network equipment in electroplating workshops averages less than 6 months of service life — not because of poor quality, but because the environment “eats” equipment. Acidic fumes, high humidity, and strong electromagnetic interference combine to kill standard commercial APs within a single quarter. A single outage costs tens of thousands of RMB, with annual losses exceeding one million.
In this real-world case, we helped a large automotive parts supplier achieve three results: extended equipment lifespan from 6 months to 3 years, kept the production line running for 2 consecutive years without a single network outage, and cut O&M costs by 35%.
Electroplating Facility Achieves 2+ Years Zero-Downtime with KAXA Read Post »
RGVs losing connection mid-run and stopping for half an hour — on ceramic storage lines, this isn’t an occasional glitch; it’s a daily reality for many factories. High temperatures, dust, electromagnetic interference, plus incompatible communication protocols between different equipment, turn a fully automated production line into one that frequently stalls, waiting for network recovery.
This case comes from a Foshan ceramic manufacturer with a kiln line over 300 meters long. With KAXA’s wireless solution, they achieved 6 months of zero communication failures, 99.99% equipment online rate, and a 25% increase in blank transport efficiency.
Ceramic Storage Line: 6 Months Zero Communication Failures with KAXA Read Post »
AGVs losing connection deep in the aisles, requiring one device per rack level — this is the “standard dilemma” for many automated warehouses. Dense metal racking blocks signals, standard APs lack penetration, roaming is unstable, and any delay in dispatch commands holds up the entire operation chain.
In this case, we helped a large smart warehouse achieve full signal coverage across four levels of racking with minimal equipment — ensuring shuttles stay connected at any position, with O&M costs significantly reduced.
Smart Warehouse Achieves Full Wireless Coverage with KAXA Read Post »
