Leading Tech Since 1997
Dynamism Digital Manufacturing Fast and Professional on-demand 3D Printing Start Printing NowThe complete desktop injection molding workflow from CAD to a real, production-representative thermoplastic part without steel tooling. Print mold inserts today using the Formlabs Form 4 and Rigid 10K resin. Install them in the APSX MUD Base. Run shots on the APSX-PIM V3 with your actual production thermoplastic. Iterate at insert cost, not tooling cost.
Package Includes:
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Founded in 1997, we bring next-generation technology to customers, with an emphasis on expertise and white-glove service. Showrooms in Chicago, Detroit, Tokyo, and Seoul.
The leading national supplier of Desktop 3D printers. Expertise in both Industrial and Desktop 3D printing. Supplier of next-generation Metal, SLS, ultrafast Industrial printers.
CAD your mold cavity and core for the APSX MUD Base
Rigid 10K resin — most inserts print in under 2 hours
Form Wash + Form Cure finish and harden the insert
Install insert in MUD Base, run shots on the APSX-PIM V3
Reprint only the insert — the MUD Base and machine are reused
Traditional steel tooling takes 6–14 weeks and $5K–$80K per revision. With the Form 4 and APSX-PIM, you design, print, and mold in a single week. Iterate gate location, runner design, and wall thickness before a dollar of steel is cut.
By moving to injection molding with the APSX-PIM, you’re working with true production thermoplastics like ABS, PP, Nylon, PC, and Delrin. That means every part you produce delivers more accurate, real-world insight—while making it far more efficient to produce multiple, repeatable parts at scale.
One tooling revision costs more than this entire bundle. With the APSX MUD Base and 3D printed inserts, only the insert changes when your design does. The base is reused. The machine runs for years. One avoided tooling rework pays for the bundle.
The APSX-PIM V3 works with a broad range of engineering-grade thermoplastics — the same materials used in production tooling. Run the exact material specified in your production design from day one.
ABS
Polypropylene (PP)
Nylon / PA6
Polycarbonate (PC)
PC/ABS
Delrin / POM (Acetal)
Polystyrene (PS)
Polyethylene (PE)
TPO
"I need real molded parts before I can sign off on tooling."
Challenge: Steel tooling takes 8–14 weeks. By the time first shots arrive, the design has moved on. 3D printed prototypes don't behave like molded parts.
Solution: Validate wall thickness, snap fits, gate location and surface finish in real material before any steel is cut
"I need to prove the process before we cut steel."
Challenge: Commits to gate location and runner design without validation. Tooling changes cost $5–$15K each.
Solution: Iterate gate, runner, and part geometry in printed inserts first. Arrive at the steel tool with a proven design.
"I need 500 units for my pilot order and my tool is 10 weeks out."
Challenge: Pilot order in hand, no way to fulfill it at the right quality or cost. Investors and customers are waiting.
Solution: Run bridge production on printed inserts. Ship pilot units. Learn from real customer feedback while the hard tool is being cut.
"Customers keep asking for molded prototypes. I keep sending them elsewhere."
Challenge: Leaving revenue on the table by referring molded prototype work out.
Solution: Add molded prototypes to your service menu with a proven, low-footprint workflow.
"I need one workflow that teaches the full manufacturing stack."
Challenge: Teaching injection molding requires expensive, oversized equipment. Students graduate without hands-on DFM experience.
Solution: A complete CAD-to-molded-part teaching lab in two compact, bench-top machines.
"Our qualification process requires production-representative parts."
Challenge: Design verification needs parts made by the actual process. Getting those parts means waiting for production tooling.
Solution: Production-representative thermoplastic parts for DVT/EVT testing — without the tooling wait.
Technology
Low Force Display™ (LFD) mSLA
Build volume (W × D × H)
200 × 125 × 210 mm
XY resolution
50 microns
Layer thickness
25–300 microns
Average print speed
40 mm/hr (100 µm layer height)
Maximum print speed
100 mm/hr
Typical print time
Under 2 hours (most prints)
Resin tank lifetime
75,000+ layers (any material)
Print success rate
98.7% (independently validated)
Power
100–240V, 50/60Hz
Mold insert resin included
Rigid 10K — 1L cartridge
Machine type
Fully automatic electric desktop
injection molder
Max shot size
30 cc (1.83 cu-in)
Max barrel temperature
330 °C (626 °F)
Standard mold size (W × H)
4.8 × 6.0 in (12.2 × 15.2 cm)
Power supply
115V AC — no hydraulics or water
required
Operation modes
Automatic cycle + manual controls
Interface
Touchscreen PC with cycle timer and
part counter
Mold base
APSX MUD Base (6061 aluminum,
reusable)
Origin
Made in USA
Function
Heated agitation wash station for dissolving dissolvable mold inserts
Tank capacity
46L
Basket dimensions
10 × 10 × 12 in (25 × 25 × 30 cm)
Power
100–120V~ 50-60Hz 12A or 220–240V~ 50-60Hz 9A
Cleaning solutions
WaterWorks Soluble Concentrate or EcoWorks
Certifications
CE / cTUVus / RoHS / WEEE / RCM
Operation
Preset temperature & time controls, rated for continuous unattended use
Founded in 1997, we bring next-generation technology to customers, with an emphasis on expertise and white-glove service. Showrooms in Chicago, Detroit, Tokyo, and Seoul.
The leading national supplier of Desktop 3D printers. Expertise in both Industrial and Desktop 3D printing. Supplier of next-generation Metal, SLS, ultrafast Industrial printers.
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