3D Yazıcı

About Industrial 3D Printers: FDM, SLA & SLS Solutions

3D printers build parts layer by layer from digital models, used for prototypes, jigs, fixtures and low-volume end-use components across R&D, education and manufacturing. CECLE supplies 2 machines covering common printing needs. Technologies range from FDM and SLA to SLS, each suited to different accuracy, material and strength requirements.

How to Choose

  • Printing technology (FDM / SLA / SLS) — match to part accuracy, surface finish and material strength needs.
  • Build volume (X×Y×Z) — size the maximum part and batch quantity you must print in one run.
  • Material compatibility — confirm supported filaments/resins (PLA, ABS, PETG, nylon, photopolymer) for your application.
  • Resolution and dimensional tolerance — finer layer height (10–400 µm) for detail; tighter tolerance for functional fits.
  • Connectivity, software and support — slicing compatibility, warranty and spare-part availability for uptime.

FAQ

Q: Which 3D printing technology should I choose for functional parts?
A: For strong, durable parts and jigs, FDM with engineering filaments or SLS nylon works best; for fine detail and smooth surfaces (dental, jewelry, visual models) choose SLA/DLP resin. Match the technology to accuracy, material and post-processing needs.

Q: What materials can these printers use?
A: FDM handles PLA, ABS, PETG, nylon and composites; SLA/DLP use liquid photopolymers (standard, tough, flexible, dental); SLS fuses nylon-12 powder. Material choice drives part strength, temperature resistance and finish.

Q: Need help sizing a printer for my parts and volume?
A: Contact CECLE with your typical part size, batch quantity and material so we can recommend the right build volume, technology and configuration, plus lead time and a quote.