Polymer 3D Printing
The Full Polymer Printing Range — From Rapid Prototyping to Production
Eleven systems across FDM, SLA, and SLS — from compact desktop printers to a one-cubic-metre industrial machine. Each one installed and supported by our team in Malaysia.
FFF / FDM
Fused Deposition Modeling Printers
The most cost-effective route from design file to physical part. FDM handles engineering-grade polymers — ABS, PETG, PC, and high-temp variants — with operating costs that make production-scale runs practical.
One cubic metre industrial large-format
CreatBot D1000
One cubic metre of build space means you stop splitting large parts across multiple prints. Produce full-scale prototypes, jigs, and end-use fixtures in a single run — no assembly, no alignment.
- 1,000 × 1,000 × 1,000 mm build volume
- Dual extruder configuration
- High-temp materials support
- Built for tooling and fixture production
600 mm/s — 12× faster FDM
Creality K1
At 600 mm/s, the K1 cuts your prototyping cycle from hours to minutes. CoreXY motion and automatic bed levelling keep results consistent across rapid design iterations.
- 600 mm/s maximum print speed
- CoreXY motion system
- Automatic bed levelling
- Ideal for rapid prototyping cycles
SLA / DLP
Stereolithography 3D Printers
Smooth surface finish and fine detail that FDM can't match. SLA is the standard for dental applications, anatomical models, and any prototype where surface quality matters.
High-quality detailed prints
Prusa SL1S Speed
MSLA process for sharp detail without the wait. Open material compatibility means you're not locked into proprietary resins — choose the right formulation for each application.
- MSLA process for speed and detail
- Open material compatibility
- Compact, lab-friendly footprint
- Proven Prusa quality control
13.6-inch display, 14.7L build volume
Anycubic Photon M3 Max
300 × 298 × 164 mm build space with consistent XY resolution across the full 13.6-inch plate. Designed for batching anatomical models, dental appliances, and commercial resin output.
- 300 × 298 × 164 mm build volume
- 13.6-inch mono LCD screen
- High XY resolution across full plate
- Suited for anatomical models and dental
Commercial size meets 8K resolution
Phrozen Sonic Mega 8K
8K resolution across a commercial-scale build platform — fine surface detail without limiting your batch size. For businesses where quality and throughput both matter.
- 8K mono LCD resolution
- Large commercial build format
- Fast UV curing per layer
- High-throughput production capability
SLS
Selective Laser Sintering 3D Printers
No support structures. Complex geometry. Functional PA12 and TPU parts ready for end use. If your design has internal channels, undercuts, or interlocking features — SLS is the answer.
Industrial SLS, open architecture
Sinterit Lisa X
Open architecture unlocks print parameters and third-party powders. Industrial speed up to 18.4 mm/h and a large build volume support fast prototyping and small-batch production.
- Open architecture and print parameters
- Up to 18.4 mm/h print speed
- Large build volume in a compact system
- Broad material support: PA11, PA12, PP, flexible, CF/ESD, and third-party powders
Compact SLS with material freedom
Sinterit Bianco 2
Compact CO₂ SLS pairs industrial performance with broad material freedom. Move seamlessly from prototyping to low-volume production, flexible applications, and material development in one compact, scalable platform.
- Broad material compatibility
- 30 W sealed-tube CO₂ laser
- 330 mm-tall PA build volume
- 137 adjustable printing parameters
Fast. Reliable. Accessible.
Sinterit SUZY
SUZY brings industrial SLS speed and repeatable part quality to a compact footprint. Its fine layer height captures intricate geometry, while the support-free process makes it practical for functional prototypes and small production runs.
- Up to 20 mm/h print speed
- Layer height down to 0.075 mm
- PA11.5 and PA12 Industrial materials
- API connectivity for remote monitoring and control
High-performance industrial SLS
TPM3D P360
The P360 combines a production-sized chamber with precise thermal and laser control for repeatable polymer parts. It supports functional prototyping and small-to-medium batch manufacturing across automotive, aerospace, and industrial applications.
- 360 × 360 × 600 mm build chamber
- 60 W CO₂ laser with 3-axis dynamic focusing
- 10–25 mm/h build speed
- Up to 15,000 mm/s scanning speed
Compact professional SLS production
TPM3D CF200
A compact professional SLS printer for flexible production, rapid prototyping, and laboratory environments. Standard single-phase power and a broad engineering-material range make industrial polymer printing easier to bring in-house.
- 200 × 200 × 320 mm build chamber
- 30 W fibre laser with F-θ field lens
- 0.5–0.8 L/h print speed
- PA11, PA12, glass-filled, carbon-filled, and TPU materials
Medium-to-large SLS for customised parts
EPlus3D EP-P420
Medium-to-large build volume for companies moving from prototyping to short-run production. Broad powder compatibility means you can expand your material range as production needs grow.
- Medium-to-large build volume
- Broad powder compatibility
- Suited for customised product runs
- Scalable from R&D to production
Polymer Printing Results
From rapid prototypes to end-use production parts
Dental clinics, design studios, and production teams — our FDM, SLA, and SLS systems cover the full range from concept to production output.
Same-day surgical guides and dental models changed our workflow completely. The SLA printer 3D Gens supplied runs every day without issue.
Clinical Director
Dental Clinic
Digital DentistryThe Creality K1 cut our prototyping cycle from a full day to a few hours. We iterate faster and clients get physical samples in the same meeting.
Lead Designer
Product Design Studio
Product DesignWe print anatomical models for surgical planning and trainee education. The detail from the SLA system is clinically accurate — it's become indispensable.
Research Coordinator
Medical Research Lab
Research & AcademiaSLS parts replace machined fixtures on our assembly line. The PA12 output holds tolerance, and we're not locked into any one material vendor.
Process Engineer
Automotive OEM
AutomotiveApplications
Where our customers use polymer printing
Dental clinics, engineering teams, medical researchers, product designers — polymer printing fits wherever your work demands speed, detail, or material flexibility.
- Functional prototyping
- Anatomical models (medical)
- Dental appliances and models
- Manufacturing jigs and fixtures
- Tooling and casting patterns
- End-use production components
- Elastomeric and flexible parts
- Large-format display models