System Platform

Sinter3D Polymer SLS System Platform

Covering 200, 450 and 650 build platforms, Sinter3D supports R&D validation, service bureaus, low-volume production and industrial functional parts through integrated systems, material-process validation and application support.

Product Matrix

The series differ not only by size, but by their role in material validation, service capacity, batch production and difficult-process development.

200 Series

200 x 200 x 300 mm; selected models 200 x 200 x 250 mm

For material testing, education, application validation and small functional parts.

Standard materials: PA12, PA11, PA6, PP, TPU and related compositesHigh-performance materials: PPS, PEKK, PEEK and related composites

450 Series

450 x 450 x 400/600 mm

For service bureaus, small-batch production and industrial functional parts.

Standard materials: PA12, PA11, PA6, PP, TPU and related compositesHigh-performance materials: PPS, PEKK, PEEK and related composites

650 Series

650 x 450 x 850 mm

For larger parts, batch production and capacity expansion.

Standard materials: PA12, PA11, PA6, PP, TPU and related compositesHigh-performance materials: project-based process validation by material and application requirements

Model Family

Each series includes different laser routes, temperature levels, scan speeds and material directions. This website view is for product-line understanding; final configuration should be confirmed through project discussion and formal technical documents.

Platform	Models	Max Working Temperature	Max Scan Speed	Layer Thickness	Standard Materials	High-performance Materials
200	F200 / F200+ / S200+ / S200U	190-350 ℃	8-12 m/s	0.08-0.12 mm	Standard materials: PA12, PA11, PA6, PP, TPU and related composites	High-performance materials: PPS, PEKK, PEEK and related composites
450	F450 / F450D (dual laser) / S450 / S450P	230-300 ℃	15-20 m/s	0.08-0.15 mm	Standard materials: PA12, PA11, PA6, PP, TPU and related composites	High-performance materials: PPS, PEKK, PEEK and related composites
650	F650 / S650	230 ℃	15-20 m/s	0.10-0.20 mm	Standard materials: PA12, PA11, PA6, PP, TPU and related composites	High-performance materials: project-based process validation by material and application requirements

What the Systems Solve

Sinter3D systems support material validation, service capacity, low-volume production and complex functional parts.

Functional Validation and R&D Trials

Reduce tooling wait and iteration cost so design, structure and material validation can move into physical testing faster.

Service Bureau and Low-volume Production

The 450 / 650 Series are better suited to service jobs, batch forming and high-mix low-volume tasks.

Complex Structures and Functional Parts

Suitable for complex geometries, one-off customization, lightweight structures, fixtures, functional prototypes and end-use validation.

Powder Use and Process Management

Powder handling, powder reuse, parameter records and process management help reduce long-term operating cost.

How to Select

Start with material, part size, batch size, accuracy, temperature level and business model, then confirm the model. Final configuration can be determined by material system, part geometry and process-plan evaluation.

200 Series

F200, F200+, S200+ and S200U cover material testing, education, small functional parts and high-performance material process development.

450 Series

F450, dual-laser F450D, S450, and S450P, a 300 °C large-format high-temperature system, target service bureaus, low-volume trials and industrial functional parts.

650 Series

F650 and S650 target larger parts, batch production and capacity expansion once demand is clearer.

High-performance Material Direction

The 200 and 450 Series separately support PPS, PEKK, PEEK and related high-performance composites in addition to standard materials.

Selection Path

System selection starts with material, part and production requirements, then moves to platform and configuration.

Confirm Material First

PA12, PA11, PA6, PP, TPU, PPS, PEKK, PEEK or related composites influence temperature level, laser configuration, atmosphere control and process-validation approach.

Confirm Parts and Workload

Part size, wall thickness, accuracy, batch size, post-processing and delivery rhythm determine whether 200, 450 or 650 is appropriate.

Confirm Final Configuration

Exact model, power, build height, material fit and service conditions can be confirmed for each project.

System Cell

Post-processing Equipment for SLS Production Cells

SLS production is not only about the main printer. Powder recovery, depowdering, part transfer and downstream finishing affect shop-floor efficiency, working environment and long-term operating cost. Sinter3D systems can be paired with post-processing equipment according to the customer's application scenario.

Powder Recovery and Transfer

Supports powder collection, transfer and workspace management after printing jobs.

Depowdering and Part Handling

Supports part removal, surface powder cleaning and standardized preparation before downstream finishing.

Complete Cell Delivery

Each system can be paired with post-processing equipment according to application needs, forming a more complete SLS production cell.

LPBS (Laser Powder Bed Sinter) Process Control System

System competitiveness comes not only from machine size, but from software, hardware, thermal field, scan strategy, beam control and parameterized process packages.

Hardware System

Motion control, galvanometers, PLCs, oxygen monitoring and thermal-field modules support powder spreading, scanning, heat management and protective atmosphere control.

Software System

System software and production-management interfaces support machine operation, job management, parameter records and process tracking.

Process Capability

Airflow, thermal-field control, multi-galvo operation, multi-beam collision avoidance, beam shaping and parameterized process packages improve stable application across materials and complex geometries.

Base Lineup

A quick view of the current lineup. Detailed configuration can be confirmed during project discussion based on material, part and capacity requirements.

Series	Build Volume	Main Use	Material Range
200 Series	200 x 200 x 300 mm; selected models 200 x 200 x 250 mm	For material testing, education, application validation and small functional parts.	PA12, PA11, PA6, PP, TPU and related composites; ultra-high-temperature models support PEEK, PEKK, PPS and related materials.
450 Series	450 x 450 x 400/600 mm	For service bureaus, small-batch production and industrial functional parts.	PA12, PA11, PA6, PP, TPU and related composites; ultra-high-temperature direction supports PEKK, PPS and related materials.
650 Series	650 x 450 x 850 mm	For larger parts, batch production and capacity expansion.	PA12, PA11, PA6, PP, TPU and related composites.