Markets

Precision injection molding for markets with demanding requirements

Application-led manufacturing

Infinity supports medical, automotive, industrial, consumer, and emerging applications with engineering, tooling, all-electric molding, automation, assembly, and quality systems aligned to the program.

Representative precision-molded components for medical, automotive, industrial, consumer, and high-heat applications
One manufacturing system Configured around the application
Experience Since 1982

Long-term program support from Southwest Indiana

Production platform 30 all-electric presses

Machine capacity spanning 55 to 500 tons

Focused operations Two facilities

Medical and automotive-industrial environments on one campus

Compare the manufacturing priorities behind each market

Every program balances environment, precision, material performance, scale, and finishing differently. Select a market to see how those priorities shape the production conversation.

Medical & healthcare

Controlled production for quality-critical components

Class 8 cleanroom molding and white-room assembly support programs that depend on contamination control, documented evidence, and coordinated downstream work.

  • Contamination-conscious molding and handling
  • Validation, traceability, and inspection evidence
  • Assembly, marking, and inspection support
Explore medical & healthcare

Service conditions define the right molding system

Market labels provide context, but the part’s actual environment, geometry, material, volume, and finished state determine how Infinity configures the work.

Environment

Does the program require controlled molding or handling?

Class 8 cleanroom molding and adjacent white-room assembly support medical and other contamination-conscious work.

Cleanroom molding & assembly
Geometry

Where can design choices reduce tooling and process risk?

Early DFM, material review, mold-flow insight, and tooling collaboration help expose constraints before production.

Engineering & DFM support
Material performance

What heat, chemical, and dimensional loads must the part carry?

High-heat and engineering-grade resin experience connects material behavior to tool design and process stability.

High-heat & engineering resins
Production scale

Where can automation improve repeatability and efficiency?

All-electric presses and application-specific automation support stable molding, handling, inspection, and downstream work.

Automation systems
Finished state

What should arrive after the molding cycle is complete?

Assembly, welding, marking, decorating, packaging, and fulfillment can consolidate work around one manufacturing path.

Assembly & secondary operations

Engineering resin selection begins with service conditions

Material choice reaches into part geometry, tool design, process temperature, inspection, and long-term performance. Infinity’s team helps connect those decisions to the application before the production window is established.

Explore material capability
Representative material families Application → Resin → Process
PPSPolyphenylene sulfide
PPAPolyphthalamide
PCPolycarbonate
ABSAcrylonitrile butadiene styrene
PBTPolybutylene terephthalate
PA 6Polyamide 6
PA 6/6Polyamide 6/6
POMPolyoxymethylene
PC/ABSPolycarbonate blend
TPEThermoplastic elastomer
Incoming assurance

Infinity’s incoming inspection process includes FTIR scanning on every resin lot to help confirm material integrity before molding.

Cross-functional review keeps market requirements connected

Engineering, quality, tooling, production, and program management can work from the same application brief before and after launch.

Manufacturing specialists reviewing representative molded components and an engineering drawing
Shared program context Part, print, material, process

Certified quality systems support market-specific discipline

The applicable controls depend on the program. Infinity’s broader quality culture keeps documentation, traceability, risk mitigation, defect reduction, and continual improvement close to production.

A defined process carries requirements into production

Infinity connects the application brief to engineering, validation, production, and downstream delivery so critical requirements do not disappear between handoffs.

  1. 01
    Align

    Define the application

    Clarify function, environment, volume, quality, and finished-product expectations.

  2. 02
    Engineer

    Resolve part and tool strategy

    Connect geometry, resin behavior, tooling, and process requirements before steel is committed.

  3. 03
    Validate

    Build the evidence plan

    Define inspection, traceability, validation, and release requirements around the program.

  4. 04
    Produce

    Control the production system

    Use all-electric molding, automation, maintenance, and responsive process support.

  5. 05
    Deliver

    Complete the finished handoff

    Coordinate assembly, marking, packaging, fulfillment, and ongoing program support.

Build an injection molding plan around what the part must do

Share the market, component requirements, material questions, expected volume, and downstream needs. Infinity can help organize the technical conversation around the program.

Start a project conversation