Defence, marine & heavy industry
Produce large critical structures in-house, on your timeline, behind your perimeter. Cut lead times from weeks to days without giving up the documentation, security, and process ownership your programs require.
The reality
Programs move in weeks, supply chains move in quarters
Defence and marine programs depend on traceable processes, security boundaries, and predictable delivery. Long subcontractor queues and opaque change control don't fit a world where mission timelines compress and political risk reshapes supply chains overnight.
The cost
Outsourcing critical parts means losing control
External suppliers stretch lead times, limit iteration, and inflate cost. Worse, they hold sensitive geometry, process data, and revision history outside your security perimeter. Every change order becomes a negotiation. Every delay becomes a program risk.
What changes
Large structures produced on your floor, under your control
SinuCraft hybrid cells combine large-format additive roughing with robotic CNC finishing under one industrial control stack. Iterate in days, reduce supplier dependency, and keep sensitive geometry and process data inside your facility.
Built on
Industrial controls, not experimental stacks
SINUMERIK ONE motion, documented calibration paths, and disciplined configuration management. The platform aligns with how regulated teams already qualify equipment. Cyber-resilient by design, with no dependency on cloud services or external telemetry for core operation.
How we deploy
From supply chain dependency to in-house control
We don't sell a machine and walk away. We work with your engineering and security teams to design a qualification path that fits your program requirements, then stay through commissioning and operator certification. Three phases, predictable timeline, full documentation.
Phase 01
Audit
We map where large parts wait on vendors, which tolerances truly need CNC finishing, and what process data must stay compartmentalised. The output is a clear picture of where hybrid manufacturing fits inside your security and quality boundaries.
Phase 02
Process design
We define additive versus subtractive splits, robot reach envelopes, and finishing allowances. We align SINUMERIK programs with your existing CAM practices and qualification protocols, so adoption stays inside known engineering territory.
Phase 03
Commissioning and qualification
Installation, calibration, and operator training run alongside your team. Documentation packages support your existing quality and configuration management practices. First qualified parts typically run within weeks of installation.
Built in the Czech Republic
European components throughout, with NIS2-grade security built in via the Siemens platform.
What changes for your program
Rapid production cycles
Near-net structures in days. Critical features finished on a control family your operators already know.
Control where it matters
Process data, fixtures, and iteration history stay inside your security perimeter, with full audit trail.
Flexibility across programs
Retarget the cell for new tooling, marine components, or structural prototypes without re-qualifying an entire supply base.
Leaner infrastructure
A robotic envelope that fits modern halls without monolithic gantry foundations or major facility work.
FAQs
“We would like to express our complete satisfaction with Sinucraft. Two and a half months ago, they delivered and installed a large-format 3D printer for us. During this time, we have been testing it intensively with various materials, and the machine works flawlessly. What we particularly appreciate, however, is the fantastic technical support. Whenever we needed help or a consultation, the team was always available, ready to connect remotely and resolve any issue. We definitely recommend working with Sinucraft.”
Michal Drugaj
Sortec
Let's talk
Tell us about the parts you need to bring in-house and the program constraints you're working with. We'll show you how hybrid manufacturing fits inside your security perimeter and what the qualification path looks like.