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In most OEM projects, material selection doesn’t really start as a theoretical discussion. It usually comes up when a product already has a prototype, and something doesn’t feel right in testing—maybe the part ages too fast, or it simply doesn’t hold up in field use. Between silicone and rubber, both are used a lot in industrial components. At WJM, we see this comparison almost every week, especially in protective cases, device housings, and functional covers for handheld equipment.
In industrial handheld device ecosystems, protection is often treated as an accessory decision. In reality, it is part of the system reliability architecture. Devices such as barcode scanners, PDA terminals, and logistics data collectors are not used in controlled environments. They operate in warehouses, production lines, outdoor logistics hubs, and transportation networks where impact, vibration, and contamination are constant. Even devices designed with internal shock resis
The Brazilian Health Regulatory Agency (ANVISA) has reaffirmed its long-standing ban on the import and sale of electronic smoking devices (ESDs), including e-cigarettes and vapes, which has been in place since 2009. Despite this prohibition, these devices are readily available online and through street vendors, with approximately 835,000 Brazilians currently using them. A study from the National Cancer Institute (INCA) highlights that e-cigarette usage is most prevalent among young adults age
In industrial field environments, handheld barcode scanners, PDA terminals, and various data collection devices are subjected to high-frequency usage on a daily basis. Frequent drops, abrasion, exposure to oil and dust, and complex operating conditions can cause device casings to suffer from wear, cracking, or even structural damage within a short period. At the initial stages of a project, many device manufacturers and solution integrators often focus primarily on the performance of the devi
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