Industrial 3D Printing / PJP PolyJetPrinting

2016 Stratasys J750 with Upgrade to J750DAP (Digital Anatomic Printer)

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2016 Stratasys J750 with Upgrade to J750DAP (Digital Anatomic Printer)
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ManufacturerStratasys
ModelJ750 mit Upgrade auf J750DAP (Digital Anatomic Printer)
Year2016
TechnologyPJP PolyJetPrinting
PriceOn Request

Description

# Stratasys J750 with DAP Upgrade – PolyJet System for Anatomical Simulation

Year of manufacture 2016 | Location: Austria

Stratasys J750 with subsequently integrated Digital Anatomy Package (DAP). The machine operates with PolyJet technology (PJP) and enables multi-material printing with up to 6 materials simultaneously. Build volume: 490 × 390 × 200 mm, layer thickness up to 14 µm.

The DAP upgrade extends the standard J750 with biomechanical materials for tissue structure simulation. Applications: preoperative planning, surgical training, validation of medical device products (catheters, implants, instruments), anatomical research models.

Technical specifications:

  • Full-color printing (over 500,000 color nuances)
  • Material spectrum: Rigid, Elastomer, Transparent, Digital Anatomy Materials
  • Data formats: STL, OBJ, VRML
  • Reproducible tissue haptics for realistic test scenarios

Economic relevance:In-house manufacturing of anatomical models reduces dependence on external service providers. Shortened iteration cycles (24–48 h), more precise surgical preparation, faster product validation in medical device development.

Used machine in functional condition. Suitable for clinics, research institutions, MedTech manufacturers with requirements for multi-material, color anatomical models.

ManufacturerStratasys
ModelJ750 mit Upgrade auf J750DAP (Digital Anatomic Printer)
Year2016
TechnologyPJP PolyJetPrinting
ConditionUsed
LocationAustria
Stock Number633-2024-pjp
General
Dimensions
1,400 × 1,260 × 1,100 mm; material cabinet 670 × 1,170 × 640 mm
Operating Conditions
18–25 °C, 30–70 % rel. humidity (non-condensing)
Print Modes
High Speed 27 µm (up to 3 base resins), High Quality 14 µm (up to 6), High Mix 27 µm (up to 6)
Weight
430 kg; material cabinet 152 kg
Connectivity
LAN TCP/IP, static IP address
Market Launch
April 2016
Materials
Rigid Vero family (incl. VeroUltra Opaque, colors), VeroFlex, rubber-like Agilus30 and Tango, transparent (VeroClear, RGD720), Digital ABS Plus; support material SUP705/SUP706
Layer Resolution
from 14 µm
Build Envelope in mm (x/y/z)
build space in mm x y z mm
Precision
up to 200 µm over the full model size (rigid materials)
Software
PolyJet Studio, GrabCAD Print (optional GrabCAD Voxel Print)
Power Supply
220–240 VAC, 50–60 Hz, 7 A or 100–120 VAC, 50–60 Hz, 13.5 A

How many fit in one build job?

Material
Part (bounding box)
××mm
One layer on the build platform.
–Parts per build job
–Build jobs for the quantity
–Build volume utilisation
490 mm390 mm200 mm
Approximation using the bounding box and 0.5 mm spacing. Real nesting of free-form parts usually fits more.

Interested in this machine?

We will be happy to send you a non-binding offer for it.

2 · Let us search

Nothing suitable? We will search for you – or get an e-mail as soon as a matching machine comes in.

3 · Have parts printed

Not worth your own machine? We produce your parts – request from the LayerByLayer 3D printing service.

Buy or have it printed? For small or changing quantities, having parts printed is often cheaper than your own machine. If you regularly fill many build jobs, your own machine pays off.