COMPACT FOOTPRINT. EXPANDED PRODUCTIVITY.

CF250+PPS250
Compact SLS
3D Printing System

Increase batch output without moving to a full-size industrial installation. CF250 combines a 250 × 250 × 320 mm build chamber, 220V operation and connected powder handling for product teams, laboratories and growing service bureaus.

build volume 1

250 x 250 x 320 mm

Build Volume

compact footprint1

0.53 sqm

Compact Footprint

parts per build 1

420 pcs

Parts per Build

CF250PPS250 full1
WHY CF250?

More Parts.
Same Compact Philosophy.

CF250 increases production capacity with a larger build chamber, while maintaining the compact footprint you need.

Up to +133%

More Parts Per Build

+67%

Effective Build Volume

CF200

200 x 200 x 320 mm

coil windings 2001

240

pcs

CF250

250 x 250 x 320 mm

coil windings 250

420

pcs

APPLICATIONS

More Applications.
One Compact Platform.

See how the larger CF250 build volume translates into more parts per job across different applications.

tpm3d icon coil windings

Coil Windings

Automotive

coil windings 250
Up to
420 pcs
per build
UP TO
+75%
more parts vs CF200
tpm3d icon eyeglass frames

Eyeglass Frames

Consumer Goods

glasses1
Up to
98 pairs
per build
UP TO
+133%
more parts vs CF200
tpm3d icon electric tool

Electric Tool Housings

Industrial

power tool housings1
Up to
27 sets
per build
UP TO
+125%
more parts vs CF200
COMPACT BY DESIGN

Industrial Capability.
Without the Industrial Footprint.

With a printer-only footprint of just 0.53 m², the CF250 brings industrial SLS capacity to production spaces, laboratories and workshops where floor space is limited.

compact footprint

0.53 ㎡

Printer footprint

footprint vs s360

21%

of S360 footprint

footprint vs s360

18%

of MJF5XX footprint

6 1
5 1
PART QUALITY

Functional Parts.
Consistent Performance.

From prototypes to end-use parts, CF250 delivers consistent results with reliable accuracy, surface finish, and material performance.

Clearance Fit Test Piece

Clearance Fit Test Piece

61 x 55 x 14 mm

3D printed Sunflower Coaster with CF250 and PPS250

Sunflower Coaster

100 x 5 x 100 mm

3D printed Business Card Holder with CF250 and PPS250

Business Card Holder

92 x 10 x 58 mm

Electronic Instrument Housing 3D printed with CF250 and PPS250

Electronic Instrument Housing

106 x 18 x 72 mm

Material Strip 3D printed with CF250 and PPS250

Material Strip

130 x 20 x 3 mm

ISO Tensile Test Part

ISO Tensile Test Part

170 x 20 x 4 mm

A STREAMLINED WORKFLOW

Industrial SLS.
Simplified.

CF250 combines professional SLS performance with an efficient workflow, making powder-based additive manufacturing easier to operate, maintain, and integrate into daily operation.

01. Prepare

Import and prepare your model with intuitive software.

CF250 printing preperation-file import

02. Print

Reliable SLS printing with consistent results.

CF250 printing procedure

03. Depowder

Automated depowdering and sieving in PPS250

CF250 depowering procedure

04. Reuse

Powder is mixed with virgin powder and fed back to CF250

4. back to printer
POST-PROCESSING WORKFLOW

PPS250.
Clean, Automated Powder Processing.

Designed for CF250, PPS250 automates powder recovery, sieving, mixing and feeding for a cleaner and more efficient SLS workflow.

01 powder recovery

Depowdering

Enclosed powder transfer after printing reduces manual handling.

02 sieving

Sieving & Mixing

Automatically sieve and mix recycled powder with virgin powder for consistent quality.

03 material feeding

Powder Feeding

Feed prepared powder directly back to CF250 for the next build.

04 dust collection

Dust Collection

Negative pressure filtration minimizes powder pollution and helps maintain a cleaner workspace.

CF250 depowering procedure
MATERIAL OPTIONS

One Platform.
More Material Possibilities.

From general-purpose nylon to reinforced and flexible materials, CF250 supports a growing material range for functional prototyping and production.

PA12 BLK-01

General Purpose

Balanced performance for functional parts and engineering applications.

PA12 BLK-01​

Available

PA12 GF BLK-02

Glass-Filled

Higher stiffness and dimensional stability for more demanding applications.

PA12 GF BLK-02

Available

PA11

Tough & Ductile

Excellent toughness and impact resistance for functional applications.

PA11 for CF250

COMING SOON

TPU

Flexible & Elastic

Flexible material for elastic, soft-touch and impact-absorbing components.

TPU for CF250

COMING SOON

Technical Specifications

Specifications
Parameters
Laser
30W Fiber Laser
Focus
F-θ Field Lens
Build Chamber Size (X×Y×Z)
250 × 250 × 320 mm
Layer Thickness
0.1 mm
Print Speed
10–15 mm/h
Powder Supply Bin Volume
20 L
Powder Recoater
Powder Recoating Roller
Supported Materials
PA12 BLK-01, PA12 GF BLK-02 PA11 and TPU coming soon
Powder Refresh Rate
20–40%
Operating Temperature
18–28 °C
Operating Humidity
20–50% RH
N₂ Protection
Optional
Safety Certification
CE Certified
Machine Dimensions (L×W×H)
750 × 700 × 1400 mm
Machine Weight
150 kg
Specifications
Parameters
Auto-Depowdering
Yes, via Rotating Basket
Basket Rotation Speed
10–20 rpm
Auto-Sieving
Yes
Sieve Vibration Force
55 kg
Auto Powder Mixing
Yes
Rotation Speed Mixer
120 rpm
Mixer Volume
20 L
Auto Powder Supply
Yes
Powder Supply Method
Automatically Supplied via Pipelines
Dust Suppression
Negative Pressure Dust Collection System
Safety Certification
CE Certified
Operation Screen
10" Touchscreen, 1080P Resolution
Machine Dimensions
700 × 800 × 1685 mm
Machine Weight
180 kg
Power Requirements
220V AC / 50Hz
READY TO TEST YOUR PART?

See What CF250
Can Produce for Your Application.

Send us your part file and production requirements. Our application team will evaluate build capacity, material options and workflow configuration, then provide a tailored sample build quotation.

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If you have any questions, please do not hesitate to contact us.