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Fastech brings large WAAM and laser wire DED parts to Formnext on the UK pavilion

Published 1 sourceSummary written with AIDeutsche Version
Fastech brings large WAAM and laser wire DED parts to Formnext on the UK pavilion
Image: Fastech Engineering

Fastech Engineering will exhibit wire-based metal additive manufacturing at Formnext 2026 in Frankfurt, 17 to 20 November, on the AMUK Pavilion in Hall 12.0. The company combines WAAM and laser wire DED with CNC machining and inspection, and its additive technology manager speaks at two sessions on qualification and production use in energy, aerospace and defence.

Key facts
  • Formnext 2026: 17 to 20 November, AMUK Pavilion, Hall 12.0, Booth F139
  • WAAM cell: parts up to 2,700 kg, 0.5 to 2.5 kg/hr deposition
  • Panel on 18 November, 11:10 to 12:00; DED talk on 19 November
  • Quality system: AS9100D, ISO 9001:2015, ITAR registered

Context WAAM (wire arc additive manufacturing) and laser wire DED are directed energy deposition processes that melt metal wire onto a part, suited to large near-net-shape blanks that are then machined to final tolerance.

What will Fastech show in Frankfurt?

Fastech exhibits at Booth F139 on the AMUK Pavilion, Hall 12.0, from 17 to 20 November. The booth will hold real WAAM and laser wire DED parts made for aerospace, defence, energy and oil and gas, from large structures to parts with finer features. The United Kingdom is Formnext's partner country in 2026, with Additive Manufacturing UK running the national pavilion.

Which capabilities does the company describe?

The robotic WAAM cell handles parts up to 2,700 kg in a working volume of 1300 x 1300 x 1400 mm, with deposition rates of 0.5 to 2.5 kg/hr, alongside 5-axis WAAM systems for large structures. Laser wire DED covers finer features, titanium and repair work, using systems with blue and infrared lasers.

Printed blanks are finished on 3 and 5-axis CNC machines and checked on a CMM and by 3D scanning against CAD. Non-destructive, mechanical and metallurgical testing and heat treatment including HIP run through partner networks. Fastech works under an AS9100D and ISO 9001:2015 quality system, is ITAR registered, and claims lead time gains of up to 10x. A new EDM system is due to join its finishing capacity, to be revealed later.

Where does Fastech speak?

Daniel Pulscher, Additive Technology Manager, joins an energy and oil and gas panel on Wednesday 18 November, 11:10 to 12:00, on the Industry & Application Stage. On Thursday 19 November he presents on moving directed energy deposition from qualification to production for certified aerospace, defence and energy parts, with the time still open.

The talk draws on US programmes in titanium and high-nickel alloys and covers repeatability controls, metallurgical validation, hybrid additive and subtractive chains, DfAM and build planning, in line with emerging ASTM standards.

What it means

The announcement is mainly a trade fair preview from a vendor, and its capability and lead time figures are company claims. Still, it reflects a shift visible across recent Formnext coverage: for large wire-based metal parts the open question is qualification and repeatability, not printability. Small and mid sized EU buyers considering casting replacements should ask for traceability records, test coverage and machining allowances, and treat the lead time claim as something to verify on their own part.

Frequently asked questions

Where can visitors find Fastech at Formnext 2026?

At Booth F139 on the AMUK Pavilion in Hall 12.0 at Messe Frankfurt, from 17 to 20 November.

What size of part can Fastech's WAAM cell make?

The robotic WAAM cell works in a 1300 x 1300 x 1400 mm volume and handles parts up to 2,700 kg, with deposition rates of 0.5 to 2.5 kg/hr.

What will Daniel Pulscher speak about?

He joins an energy, oil and gas panel on 18 November and presents on 19 November on taking directed energy deposition from qualification to certified production.

Read the original reports
  1. Fastech Engineering, 27 Oct 2026