NEW ORIENTAL IMM / PROJECT FIT

Match the injection molding machine
to the mold.

Select a plastic injection molding machine from the part data and mold envelope, then define the drive, clamp, injection unit and production-cell scope the project actually needs.

Build your machine brief Explore selection paths

01

No model recommendation before the part, mold and output target are understood.

MOLDING CELL / FIT MAP

MOLD ENVELOPE

SHOT & RESIN

4core inputs

1matched cell

PART DATAMOLD FITPROCESS WINDOWCELL INTEGRATIONACCEPTANCE PLAN

SOURCE IMAGE / TRIAL-WORKSHOP CONTEXT

Start with the machine, mold and surrounding work area.

A machine photo can ground the project conversation, but it cannot identify the right configuration by itself. Use the visible cell only as context for mold access, material handling, utilities, operator tasks and the evidence still needed.

Evidence to request next

Current machine and series identity tied to the configured clamp and injection units.
A configured GA drawing showing the mold envelope, access route and installed footprint.
A trial basis naming the mold, resin, utilities, checks and document revision.

Normalize the project inputs

Injection molding machine operating area in the Dongguan New Oriental trial workshop — Dongguan New Oriental source imageTrial-workshop context for reviewing machine, mold and cell inputs. It is not a confirmed model, performance result or delivery case.

MACHINE ARCHITECTURE

Four routes. One disciplined starting point.

Explore the machine architectures that shape precision, mold access, cycle sequence, utilities and production-cell design.

01Precision path

All-electric

For repeatability, clean production and process sequences that depend on precise simultaneous motion.

02Versatile path

Servo-hydraulic

For versatile production where a broad processing window, robust operation and capital fit matter.

03Large-part path

Two-platen

For larger molds and parts where mold access, clamp architecture and efficient floor space matter.

04Overmolding path

Vertical & insert

For insert loading, overmolding and production cells built around operator or robot access.

Compare machine selection paths

SELECTION LOGIC / 01—04

Send the engineering inputs that change the answer.

“How many tons?” is not a complete brief. A defensible recommendation connects the molded part, the tool, the process and the whole cell.

01

Part

Geometry, projected area, resin, shot weight and cosmetic or tolerance requirements.

02

Mold

External size, tie-bar clearance, thickness, daylight, ejector and core-pull needs.

03

Output

Cavity count, runner system, cycle target, annual volume and uptime expectations.

04

Cell

Power, cooling, material handling, robot interface, layout and destination standards.

APPLICATION ROUTES

Start from the production job.

View application map

PKG

Packaging

Speed / repeatability / auxiliaries

AUT

Automotive

Large molds / integration / process stability

HOU

Household

Versatile processing / cost per part

TEC

Technical parts

Precision / mold protection / traceability

INS

Insert molding

Access / handling / safe loading

MED

Medical

Clean configuration / process control

05

ENGINEERING CLARITY

Know what drives the recommendation.

A useful proposal explains mold fit, injection-unit logic, cell scope and acceptance checks so engineering, operations and procurement can review the same project.

Mold fit assumptionsMachine configurationCell interfacesAcceptance criteria

PROJECT FITFIT

Part → mold → process → cell

Explore engineering guides

READY TO DEFINE THE CELL?

Bring the part. Bring the mold. Build a useful brief.

Start the RFQ worksheet

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