SBO AG is expanding metal additive manufacturing capacity in the UK and US, adding seven printers across its operations by the end of the third quarter. The programme also includes additional post-processing equipment and a 50% expansion of additive manufacturing floor space in Houston, Texas.
In the US, SBO added one VELO XC and two Renishaw 500Q machines during the second quarter of 2026 for work with high-performance alloys including Inconel and titanium. Two further VELO XC systems have been ordered for operation during the third quarter, while the Houston additive manufacturing area is being increased to more than 2,100 square metres.
The UK element centres on 3T Additive Manufacturing in Newbury, which has been part of SBO’s Precision Technology division since October 2025. 3T installed an EOS M400 during the second quarter and has ordered another machine for delivery by the end of the third quarter, alongside further investment in downstream processing equipment.
The additional finishing capability is significant because a printed build is only one stage in the production route for high-value metal components. Aerospace, defence, semiconductor, space, and energy applications can require CNC machining, heat treatment, surface finishing, material testing, inspection, and tightly controlled documentation before a component is ready for customer acceptance.
SBO already operates its additive business around an integrated manufacturing route that extends from feasibility assessment and printing through machining, heat treatment, surface treatment, and final component delivery. Expanding both printing and post-processing capacity reduces the risk of increasing build output only to create a bottleneck elsewhere in the factory.
The investment also extends SBO’s diversification beyond its historic oil and gas activities. The group’s existing experience in high-performance alloys and precision machining provides a route into sectors where additive manufacturing can reduce part count, enable difficult internal geometries, cut material waste, or make lower-volume components practical without dedicated tooling.
Production discipline is becoming a more useful measure of industrial metal additive manufacturing than machine capability alone. Repeatability between builds, powder control, parameter management, traceability, inspection, and qualification determine whether a component can move from prototype work into routine production. Customers in regulated or safety-critical markets also expect evidence that the complete manufacturing chain remains within an approved process window.
Using different machine platforms across Houston and Newbury gives SBO a broader equipment base. Houston is adding VELO and Renishaw systems, while 3T is expanding its EOS capacity, allowing the group to match work with platforms already qualified for particular materials, part sizes, or customer programmes rather than forcing every project through one machine family.
The expansion arrives as metal additive manufacturing suppliers continue pushing the technology into larger and more demanding components. US Air Force-backed development of large-format metal additive manufacturing is addressing flight-relevant components at a different scale, while SBO’s investment is concentrated on increasing production capacity for customers already using or qualifying additive routes.
SBO cites an industry forecast that values the metal additive manufacturing market at approximately $1.5 billion in 2025 and $4.8 billion by 2030. The forecast provides context for the investment, although machine utilisation and repeat production will be more revealing measures once the new equipment is installed.
The seven-printer programme is due to be in place by the end of the third quarter. From that point, output will depend on how quickly customer programmes are qualified, how effectively work is balanced between printing and downstream operations, and whether the additional capacity can be filled without compromising process control.
Metal additive manufacturing has spent years proving that difficult parts can be printed. SBO’s latest investment is aimed at the less theatrical part of industrialisation — producing those parts repeatedly, finishing them properly, and getting them out of the factory in a condition customers can actually use.
