Reference / 03 Equipment + systems Southwest Indiana
Modern all-electric injection molding press with integrated automation
Production platform All-electric molding + connected automation

Capability sheetWorking manufacturing reference

Injection molding capability organized for real program decisions

Review Infinity’s molding range, cleanroom capacity, engineering resources, material experience, automation, tooling, metrology, and certified quality systems in one connected reference.

Press range55–500tons
Molding platform30all-electric presses
Controlled environmentISO Class 8cleanroom molding
Manufacturing experienceSince 1982Southwest Indiana

Connected capability mapSix working disciplines

See how each capability supports the complete production system

Equipment is only one part of the picture. Select a discipline to see the people, controls, and technical resources that carry a program from review into repeatable production.

Select a discipline. The reference card and system map update together.

Arrow keys move through the map

Custom injection molding

All-electric precision across a 55–500 ton production range.

Infinity supports complex geometries, engineering-grade thermoplastics, high-heat processing, and controlled molding environments with production discipline built around the part.

  • 30 all-electric presses
  • Scientific process development
  • Automotive, medical, industrial, and consumer programs
Explore custom molding

All-electric press platform55–500 tons

A broad molding range serves both precision and scale

The main manufacturing environment covers 90–500 tons, while the dedicated Class 8 cleanroom supports four presses across a 55–110 ton range.

Overall production platform55–500 tons
Automotive + industrial environment90–500 tons
ISO Class 8 cleanroom4 presses / 55–110 tons
All-electric motion control Automated production options Preventive maintenance program
Repeatability

Electric control supports stable motion and efficient production.

Press selection is aligned with part geometry, material, tool requirements, automation, and the approved process window.

Program fit

Capacity is matched to the requirement, not treated as a stand-alone number.

Engineering, quality, tooling, and operations help define the cell around the complete manufacturing need.

Production platformSee the molding system in depth

Engineering resin experienceMaterial-led production

Resin strategy begins with the service condition

Infinity’s capability sheet identifies eight representative engineering material families used across demanding heat, strength, wear, appearance, and dimensional requirements.

ThermalPPA

Heat resistance with dimensional and structural performance.

ImpactPC

Impact strength with versatile functional and appearance options.

BalancedABS

Processability, toughness, and surface quality for broad applications.

DimensionalPBT

Stable electrical and mechanical performance in precision parts.

ToughnessPA 6

Durable performance for structural and wear-focused components.

Strength + heatPA 6/6

Mechanical strength and temperature capability for engineered applications.

Wear + frictionPOM

Low-friction dimensional performance for moving and precision features.

Material integrity Incoming FTIR verification on every resin lot Explore material expertise

One Southwest Indiana campusTwo focused environments

Dedicated facilities stay connected by one short walk

Automotive and industrial production operates beside a separate medical and healthcare environment, keeping specialized controls intact while people and decisions remain close.

01 / Main plantAutomotive + industrial

90–500 ton production with automation, tooling support, and room to expand.

  • All-electric molding platform
  • Integrated automation systems
  • On-site mold maintenance and repair
See automotive capability
Shared campus EngineeringToolingQuality
02 / Controlled facilityMedical + healthcare

An 11,000-square-foot ISO Class 8 cleanroom and white-room assembly environment.

  • Four presses from 55–110 tons
  • Controlled molding and assembly
  • ISO 13485 quality framework
See cleanroom capability

Certified quality + evidenceMeasure what matters

Capability becomes valuable when the result can be verified and released

Certified systems, scientific process development, material verification, on-site measurement, documented validation, and traceability make quality part of the operating routine.

Coordinate measuring machine inspecting a precision molded component
On-site metrologyCMM + vision inspection
01
Incoming assurance

Confirm material identity before production.

FTIR scanning supports incoming resin verification at the lot level.

02
Process evidence

Develop and validate a repeatable molding window.

Scientific molding connects machine, mold, material, and process response.

03
Measurement

Match inspection to the feature and program risk.

CMM, vision systems, and documented methods support consistent results.

04
Release + traceability

Preserve the evidence needed to sustain production.

Records, controls, and continual improvement remain tied to the approved method.

Quality policy
“Adding Value To Everything We Do”
Explore the quality system

Connected executionFrom question to shipment

Six linked disciplines carry the requirement into sustained production

Open any stage for a deeper view of the people, equipment, controls, and evidence involved. The sequence is connected, but every program is shaped around its actual risk.

  1. 01ReviewDefine the part, material, service conditions, and evidence.
  2. 02ToolBuild, sample, maintain, and protect the production mold.
  3. 03ValidateEstablish the process window and release evidence.
  4. 04MoldRun the approved process on the matched all-electric press.
  5. 05VerifyMeasure critical output and preserve traceability.
  6. 06CompleteAssemble, handle, package, and deliver around the program.

Keep the reference closeCapability + conversation

Download the overview, then bring the actual requirement

The capability sheet provides a concise starting point. A useful program review adds the part, resin or service conditions, annual demand, timing, quality evidence, and open technical questions.