Automated injection molding cell producing rugged industrial polymer housings and fluid-handling components
Industrial + aftermarket Full-service U.S. molding

Industrial molding partner since 1982

Industrial injection molding built for demanding products

Infinity connects engineering, tooling, all-electric molding, automation, inspection, and secondary operations to support durable OEM products and long-life replacement programs.

The product environment defines the molding strategy

A useful industrial review begins beyond nominal dimensions. Real loads, chemicals, heat, interfaces, duty cycles, annual demand, and replenishment patterns determine how the part should be engineered and produced.

Choose an operating profile

Active requirements map

Load + impact profile

Build ribs, walls, material, and process around the forces the component will carry

Infinity reviews load paths, fastening features, impact exposure, creep, and molded stress before those conditions become tool changes or field failures.

Start with engineering + DFM

Complex molded components support equipment that has to keep working

Infinity supports rugged industrial, commercial, and durable-goods applications where geometry, material performance, repeatable interfaces, and dependable supply all matter.

Industrial molded pump housings, fluid manifolds, control enclosures, impeller, gear, handle, and replacement components
Application-led molding Functional geometry developed around the installed product

Fluid handling

Pump bodies, manifolds, impellers, fittings, valves, and protective covers

Material resistance, sealing geometry, and dimensional stability coordinated together.

Controls + electrical

Equipment enclosures, junction housings, terminal interfaces, and protected control components

Complex bosses, inserts, ribs, and closure details molded for repeatable assembly.

Motion + wear

Functional gears, bushings, guides, handles, and moving equipment details

Material, friction, wear, alignment, and long-term feature stability considered upstream.

Equipment + durable goods

Structural housings, brackets, guards, caps, bezels, and product-facing components

Strength, surface requirements, part consolidation, and production efficiency balanced.

Aftermarket + service

Replacement components supported by preserved tooling, controlled setups, and responsive production

Program knowledge stays connected to the asset and the requirements behind each release.

Have a difficult geometry, incumbent-tool challenge, or component targeted for reshoring?

Review the application with Infinity

Manufacturing value is engineered before the cycle begins

Part cost is not one setting on the press. Geometry, resin, tool architecture, cycle strategy, automation, inspection, secondary operations, packaging, and order cadence all shape the total production result.

Review objective Remove avoidable cost without removing the performance the product needs

Infinity’s engineers can review 2D or 3D files, manufacturability, mold flow and cooling considerations, material direction, and downstream requirements before steel or during a transfer evaluation.

Geometry

Consolidate parts and resolve molding risk in the design

Evaluate walls, ribs, bosses, shutoffs, draft, gating, assembly features, and tolerance strategy.

Material

Specify performance where it creates measurable value

Balance heat, impact, wear, chemical exposure, dimensional behavior, appearance, and economics.

Tool + cell

Design repeatability, maintenance access, handling, and inspection into production

Coordinate cavity strategy, mold protection, robotics, vision, and secondary operations as one system.

Supply rhythm

Align run strategy with launches, blanket orders, JIT needs, and replacement demand

Use realistic demand signals to plan capacity, inventory exposure, packaging, and fulfillment.

Engineering thermoplastics translate service demands into molded performance

Infinity works across commodity and engineering-grade families, including high-heat materials that require disciplined mold-temperature control. Final selection remains application- and grade-specific.

Performance direction Candidate families Engineering question
Impact + surface
ABSPC

What impact, finish, stiffness, UV, or appearance requirements define the product?

Lightweight + chemical
PPPA

Which fluids, cleaners, loads, moisture conditions, and weight targets must be balanced?

Electrical + dimensional
PBTPOM

Which interfaces, dielectric needs, friction conditions, and tolerances control function?

Elevated heat + chemical
PPAPPS

What continuous heat, excursions, chemistry, creep, and feature stability must be protected?

Material integrity starts at receiving. Infinity’s incoming inspection process includes FTIR scanning on every resin lot before release to production.

Explore material expertise

Connected production supports changing demand without losing control

Industrial programs rarely move at one fixed cadence. Infinity combines all-electric presses, automation, tool support, quality controls, secondary operations, and responsive planning around the program’s actual rhythm.

New product launch Resolve risk, prove the process, establish the cell

DFM and material review → tooling and sampling → scientific process validation → controlled release

Blanket order + JIT Match repeatable output to planned release cadence

Forecast visibility → capacity plan → repeatable production → coordinated fulfillment

Aftermarket replenishment Preserve the production asset and respond when service demand returns

Tool maintenance → documented setup → scheduled run → inspection and release

Measured evidence protects every shipment and every installed part

Quality performance depends on connected evidence—from incoming resin identity and process control to automated inspection, metrology, documentation, and responsive sustaining support.

Quality management ISO 9001

A documented quality-system foundation for consistent industrial production.

View certifications
Environmental management ISO 14001

Continual improvement connected to Infinity’s environmental responsibilities.

Explore quality systems
Incoming material assurance FTIR resin identification

Applied to every incoming resin lot.

  1. 01 Incoming material

    FTIR verification on every resin lot supports material integrity before production.

  2. 02 Scientific process

    Defined process windows connect material response, geometry, tooling, and acceptance criteria.

  3. 03 Automated inspection

    Electronic vision and inspection systems help maintain part quality in the production workflow.

  4. 04 On-site metrology

    CMM and vision-system capabilities provide reliable dimensional evidence close to the process.

  5. 05 Traceable release

    Documentation connects material, process, inspection, packaging, and shipment decisions.

Aftermarket continuity The tool and production knowledge remain part of the service plan

On-site maintenance, preventive maintenance programs, documented process history, local tooling relationships, and coordinated secondary operations help reduce disruption when requirements change or replacement demand returns.

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PROJECT INTAKE IND / 08 FROM REQUIREMENT TO RUN PLAN

Bring the product, process, or supply challenge

Share what is known today. Infinity can help organize the open questions around geometry, resin, tooling, annual demand, service conditions, secondary operations, quality evidence, and timing.

Part drawing or incumbent sample Service environment Material direction Annual + release demand Tooling status Quality + timing requirements

A complete specification is not required to begin. Start with the requirement creating the most risk.

Start an industrial project review