3DPRINTUK expands MJF capacity and receives JOSCAR certification

3DPRINTUK continues to invest in series production via Multi Jet Fusion (MJF) and is expanding its machine fleet with two HP 5210 Pro systems. This increases the total from eight to ten units, corresponding to a capacity boost of around 25 percent. For users in development and production, this means additional throughput headroom for PA12 and PA11 parts, shorter lead times, and more buffer for demand spikes.

The HP 5210 Pro platform is designed for high utilization in industrial environments. In combination with tuned process chains—from build-job planning and powder recycling through to post-processing—repeatable batch sizes can be scaled without compromising part quality.

“We’re now operating with a machine count that’s five times bigger than the average UK bureau,” said Nick Allen, CEO of 3DPRINTUK. “If we can’t fulfil a high-volume order using additive manufacture, then no one can. This investment is about staying ahead of demand and continuing to deliver the speed, quality, and reliability our customers expect.”

In parallel, 3DPRINTUK reports its inclusion in the Joint Supply Chain Accreditation Register (JOSCAR). The register, used by organizations in aerospace, defense, and security, assesses suppliers on compliance, management systems, occupational safety, environmental criteria, and supply chain security, among other factors.

“JOSCAR certification is a major step forward for us,” added Allen. “It demonstrates our commitment to operating at the highest standards across every aspect of our business, and it opens doors to more mission-critical projects in regulated industries.”

For buyers in the 3D printing space, the combination of higher MJF capacity and JOSCAR status can lower the hurdle from pilot to series production. Larger call-offs can be covered through additional build volume, while documented processes ease approvals in quality-critical sectors. This positions 3DPRINTUK for projects that use AM as a complement or alternative to injection molding and CNC, relying on reproducible part properties and dependable delivery dates.