Manufacturing Wire

Cambrex has completed initial engineering studies for a new large-scale active pharmaceutical ingredient (API) manufacturing plant in Charles City, Iowa, advancing its $120 million capital investment in domestic U.S. API production capacity. The CDMO, headquartered in East Rutherford, N.J., is moving toward groundbreaking at the Iowa site. This represents one of the more significant greenfield pharmaceutical manufacturing commitments in the U.S. market in recent years.

BASF has officially inaugurated its Verbund integrated chemical site in Zhanjiang, Guangdong Province, China, covering approximately 4 square kilometers. The facility represents a world-scale integrated production complex where chemical processes are linked so that outputs from one plant feed directly into the next, minimizing waste and energy consumption. This is BASF's third Verbund site globally, joining Ludwigshafen and Antwerp.

A new line of industrial bag filters has been introduced capable of handling gas volumes up to 880,000 actual cubic feet per minute (ACFM). The filter elements combine a fabric bag with a support cage mounted from the clean gas side, and the product line is designed to accommodate a broad range of dust types, particulate loadings, and flow rates. The offering targets large-scale industrial gas filtration applications across process industries.

Boston Micro Fabrication (BMF) has released the microArch S150 series, a compact high-resolution 3D printer offering 25 µm optical resolution with automated setup and HEPA13 filtration. The system is designed for deployment across lab, office, and industrial environments. The printer targets applications requiring microscale precision parts manufacturing.

Hexagon has introduced APOLLO, a metrology asset monitoring platform that tracks coordinate measuring machines (CMMs) and machine tools for condition and performance data. The system supports both cloud and on-premises deployment, giving manufacturers flexibility based on their IT infrastructure and data governance requirements. A key capability is predictive fault detection, with Hexagon claiming the platform can identify potential equipment issues up to 90 days before failure.

Brooks Tractor, a Wisconsin-based dealer, has been designated as a Trimble Technology Outlet, authorizing it to sell and support Trimble's grade control, site positioning, and machine control correction services for John Deere earthmoving equipment. The partnership expands Trimble's dealer network in the upper Midwest, giving regional contractors and earthmoving operators access to precision machine guidance technology through an established local channel. Trimble's grade control systems use GPS and GNSS-based positioning to automate blade and bucket control to within centimeter-level accuracy.

NAVER Cloud is expanding its AI infrastructure in South Korea through a collaboration with AMD, deploying 6th-generation EPYC Venice CPUs alongside MI455X GPUs for AI training, inference workloads, and cloud service development. The partnership signals continued investment in high-performance compute infrastructure outside of dominant US-based hyperscalers. This builds on existing cooperation between the two companies in the Korean cloud market.

Comau (Italy) and Reis Robotics (Germany) have signed a formal cooperation agreement to jointly develop and deliver automation systems across multiple industrial sectors. The partnership combines two established European robotics and automation integrators in a coordinated technical and commercial arrangement. No financial terms were disclosed, but the agreement signals a consolidation of European automation expertise aimed at competing across key verticals.

Neura Mobile Robots demonstrated an end-to-end mobile manipulation system for intralogistics at LogiMAT, combining its ek Robotics autonomous transport platforms with cognitive manipulation capabilities under a unified architecture. The demonstration showed a continuous workflow from material transport to physical handling tasks, representing a step beyond conventional AMR deployments that typically stop at point-of-use delivery. The integration aims to close the last-meter automation gap that has historically required human intervention between transport and workstation-level material handling.

Maximo, a solar robotics company incubated by AES Corporation, has completed the robotic installation of 100 MW of utility-scale solar capacity at the Bellefield complex near California City in Kern County. The project represents a deployment of autonomous installation technology on former agricultural land, with AES citing growing electricity demand from data centers, electrification, and industrial manufacturing as key drivers. Maximo's robotic approach displaces a significant portion of the manual labor traditionally required for utility-scale solar panel placement and wiring.

Uber, Pony.ai, and Verne have announced a partnership to launch what they describe as Europe's first commercial robotaxi service, beginning in Zagreb with public-road validation already underway. The collaboration brings together Pony.ai's autonomous driving technology stack with Uber's ride-hailing platform and Verne's operational infrastructure. The deployment represents a significant step toward scaled autonomous vehicle operations in a major regulatory jurisdiction.

Sonair is bringing its ADAR (Acoustic Detection and Ranging) ultrasonic 3D sensor to the North American market, debuting at Modex 2026 in Atlanta April 13-16. The sensor has already seen its first commercial deployment in serial production on Cleanfix autonomous cleaning robots, giving it a verified production track record prior to the North American launch.

AI inference workloads are fundamentally restructuring data center network architecture, blurring the boundaries between memory and storage as latency and bandwidth demands intensify. Traditional tiered network designs are proving inadequate as inference pipelines require near-simultaneous access to large model weights and real-time data. The shift signals a hardware and topology overhaul across hyperscale and edge data center infrastructure.

Semiconductor Engineering reports that 3D multi-die packaging architectures are driving new IP requirements as vertical signal paths introduce complex parasitic interactions that are increasingly difficult to model and control. The shift toward stacked die configurations — including chiplets and heterogeneous integration — demands more sophisticated design verification and interface standardization. Existing IP blocks developed for planar designs are proving inadequate for the thermal, electrical, and mechanical demands of vertical interconnect stacks.

Semiconductor Engineering covers methodology for using on-chip sensors and functional monitoring to detect, diagnose, and debug issues within semiconductor power delivery networks. The approach correlates physical measurements from the power domain with functional chip behavior to identify root causes of failures. This targets the growing complexity of detecting transient faults and systematic defects in modern semiconductor manufacturing and validation.

Semiconductor Engineering highlights the growing necessity of hardware security verification during pre-silicon design phases, arguing that increasing system complexity makes reactive or isolated security checks insufficient. The piece advocates for systematic security validation embedded earlier in the chip design process, before physical fabrication begins. This shift represents a methodological change in how semiconductor manufacturers approach security assurance across the development lifecycle.

SRAM is losing its ability to scale efficiently at advanced process nodes, creating a widening gap between processor compute throughput and available on-chip memory bandwidth — a phenomenon known as the memory wall. The article argues there are no near-term solutions ready to close this gap, forcing the semiconductor industry to reassess memory architecture across computing applications. This affects everything from edge inference hardware to industrial controllers that depend on SRAM-dense chips.

Semiconductor Engineering covers advances in parasitic extraction workflows for complementary field-effect transistors (CFETs) and buried power rails, two critical architectural features at leading-edge process nodes below 2nm. Accurate extraction of resistance, capacitance, and inductance at these geometries is essential for sign-off verification before tape-out. The piece addresses how EDA tooling must evolve to handle 3D device stacking and subsurface metallization layers that conventional extraction engines were not designed to characterize.

Engineering.com convened a panel of experts to examine post-processing requirements for metal additive manufacturing parts, covering mechanical, chemical, and electrochemical surface finishing methods. The discussion addresses the gap between as-built surface roughness from metal AM processes and the finish specifications required for functional end-use components. Key insights span process selection criteria, material compatibility, and the engineering tradeoffs involved in each finishing approach.

Democratic lawmakers have reintroduced federal legislation that would prohibit nonessential uses of per- and polyfluoroalkyl substances (PFAS) across manufactured products while significantly expanding reporting and recordkeeping obligations for manufacturers. The bill draws on Minnesota's Amara's Law as its regulatory framework, signaling an intent to nationalize what has been a patchwork of state-level PFAS restrictions. The measure addresses both product formulation and manufacturing process transparency requirements.