Molds designed for the press, not the screen.
We design precise molds for high-volume manufacturing. Thermal analysis and careful material selection keep cycle times short and part quality high — so your tool runs well from the first shot.
SOLIDWORKSINVENTORAUTOCADFUSION 360ANSYS
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FIG.124 — TWIN-CAVITY MOLD · REV.2
CLICK TO EXPLODE / ASSEMBLE
TWIN-CAVITY MOLD TOOLREV.2FIG.124P20 STEEL · 2 CAVITIESSCALE 1:2SHT 1/8
SVC.01.E — MOLD INDEX, SEVEN LINES
Tooling designed
shot by shot
FROM PART MODEL TO PROVEN TOOL — CYCLE TIME AND PART QUALITY DESIGNED IN
.01Core & Cavity DesignThe heart of the tool — core and cavity split from your part model with the right shrinkage allowance for the material.
.02Mold Base & Tool LayoutComplete tool assemblies on standard mold bases, with plates, guides and lifters chosen from supplier catalogues.
.03Runner & Gate DesignRunners and gates sized and placed so every cavity fills evenly, without weld lines where they matter.
.04Cooling Channel LayoutCooling designed with thermal analysis — shorter cycle times and less warping, planned before steel is cut.
.05Draft & Undercut AnalysisEvery face checked for draft and every undercut resolved with slides or lifters, so parts eject cleanly.
.06Mold Flow SimulationFill, cooling and warp predicted in software first — problems are corrected in the design, not on the press.
.07Tool Drawings & DocumentationFull drawing packs for the tool room — every plate, insert and spare documented for manufacture and maintenance.
PROCESS — FOUR CHECKPOINTS
How a tool gets designed
STEP.01
Part review
We study your part model first — material, volumes, appearance faces and tolerances all shape the tool.
STEP.02
Quotation
A fixed written quote within 24 hours, covering tool design, simulation and the full drawing pack.
STEP.03
Design & simulation
The tool is designed and proven in mold flow simulation, with your feedback at every checkpoint.
STEP.04
Delivery
Native CAD, STEP files and tool drawings issue together after an independent check — ready for the tool room.
SECTORS —INJECTION MOLDINGCONSUMER PRODUCTSPACKAGINGAUTOMOBILEMEDICAL DEVICESELECTRICALSPROCESS INDUSTRY
Tools we've designed
ALL WORK →TWIN-CAVITY MOLD TOOLFIG.124
CAVITY & CORE SETFIG.125
MOLD EXPLODED VIEWFIG.126
BOTTLE MOLDFIG.127
MOLDED BOTTLEFIG.128
INJECTION MOLDING TOOLFIG.129
OUR CLIENTS — ON THE RECORD
Signed off, worldwide
REG.014 — SIGN-OFF
“I can attest to their exceptional sheet metal design capabilities. Their designs are detailed, accurate, and perfectly suited to our needs, which has significantly improved our project outcomes.”
MICHAEL ANDERSONCUSTOMER IN UK
ORIGINUNITED KINGDOMSERVICEMOLD DESIGNSTATUSAPPROVED ✓
SHT 1 / 3
RFI LOG — MOST FREQUENT QUESTIONS
Before you ask
Your part model, the material, expected production volumes and which faces matter for appearance. From that we can propose cavity count, gating and a tool layout.
Have a part that needs a tool?
Send the model.
NDA-FIRST · SCOPED WITHIN 24H · NAMED ENGINEER