Industrial 3D Printing.

Rough plan

What you print & why it matters

• Functional prototypes

• End-use production parts

• Jigs, fixtures, replacement components

• Low-volume or bridge manufacturing

Keep it framed around business value: faster iteration, no tooling cost, short lead times.

Technologies Offered

Clear breakdown, short bullets:

• SLS (Nylon PA11 / PA12)
  High strength, heat resistant, perfect for end-use parts and mechanical assemblies

• MJF
  Excellent dimensional accuracy, repeatability, production runs

• Resin
  High-detail prototypes, engineering resins, dental, transparent

• FDM
  Engineering-grade thermoplastics (Nylon CF, ABS, ASA, PETG, TPU)

• Metals (DMLS / Binder Jet / Outsourced but in-house managed)
  Strong, lightweight, tooling-grade

Industries Served

• Manufacturing

• Engineering & product design

• Architecture

• Automotive/motorsport

• Robotics / drones

• Medical prototypes

Applications

• Custom brackets

• Housing/enclosures

• Low-volume production

• Tooling + fixtures

• Functional testing parts

• Spare/replacement components

• Lattice structures / lightweight optimization

Why choose FLEX 3D

These should be bold, measurable, not generic marketing fluff:

• Tight tolerances

• Fast turnaround

• True engineering materials

• ISO-grade quality workflow

• Quality checks before shipping

Quality assurance & reliability

• Tolerance numbers

• Surface finish options

• File checks

• Failure-prevention analysis

• Optional post-processing

Engineers care about predictability.

Case studies / real examples

Even 1–2 small examples:

• “Printed 30 custom fixtures for a local manufacturer — replaced machined aluminium, saved X cost and Y lead time.”

Small paragraph, big impact.

Instant quoting + support

• Upload STL

• Instant pricing

• Material guidance, design feedback

• Bulk pricing for production runs