Sustainability ISO 14001 environmental management
Sustainable injection molding starts with a more efficient production system
Infinity connects all-electric equipment, disciplined process control, material assurance, responsible procurement, and a certified environmental management system to pursue progress with less avoidable waste.
Environmental operating systemCommitment made actionable
ISO 14001 connects environmental goals to everyday operating controls
An environmental policy matters when it reaches the floor. Infinity’s management system provides a repeatable structure for setting priorities, applying controls, checking performance, and pursuing continual improvement.
Read Infinity’s environmental policySelect an operating phase
Four linked controls. One repeatable management direction.
Define what matters before the work begins
Environmental aspects, applicable requirements, operating needs, and improvement priorities can be considered alongside the program and production plan.
- Environmental objectives
- Compliance obligations
- Program requirements
Translate priorities into disciplined daily practice
Defined responsibilities, preventive maintenance, material controls, and standardized production practices help turn policy into repeatable action.
- Operating procedures
- Equipment care
- Material handling
Use evidence to understand how the system performs
Records, audits, reviews, and production evidence help teams verify that controls are followed and identify where the system can perform better.
- Performance review
- Audit evidence
- Corrective response
Turn findings into the next operating standard
Continual improvement closes the loop by converting lessons, corrective actions, and new opportunities into stronger objectives and controls.
- Action ownership
- Process learning
- Next-cycle goals
Electric by designPrecision + efficiency
All-electric injection molding pairs broad press range with energy-efficient control
Thirty all-electric presses support demanding programs from small precision components through larger engineered parts. Servo-driven control contributes to repeatability while aligning production capability with efficient operation.
all-electric presses
One platform gives engineering teams room to fit the press, mold, automation, and material process to the part—not force every program through the same production profile.
Precise actuation supports consistent cycles, stable process windows, and energy-efficient production.
Controlled movement supports consistent process execution.
Automation and auxiliaries are built around each program.
Preventive care helps equipment sustain intended performance.
Waste minimizationStability starts upstream
Waste minimization starts with a stable molding process
Efficient production is not one isolated machine setting. It is the combined result of material certainty, thoughtful part design, a proven process window, maintained tooling, and inspection close to the source.
Verify incoming resin before production
FTIR scanning on every incoming resin lot supports material integrity and keeps an essential input under control.
Explore material expertise ↗ 02 / Design disciplineResolve manufacturability before steel
DFM and material guidance help address geometry, performance, and process risk while changes are easier to make.
Explore engineering support ↗ 03 / Process stabilityDevelop a measurable process window
Scientific molding and validation connect critical variables to repeatable production instead of relying on trial and adjustment.
Explore process validation ↗ 04 / Tool stewardshipProtect tooling through its production life
On-site preventive maintenance, repair, and engineering-change support help keep the tool aligned with the validated process.
Explore tooling support ↗
Responsible procurementBeyond the molding cell
Environmental thinking extends across the resources production depends on
Infinity’s environmental commitment includes a focus on sustainable procurement. That widens the conversation from resin alone to the machinery, consumables, services, and utilities that support manufacturing.
See the connected management systemMaterial integrity, fit, supplier requirements, and program needs
Capability, efficiency, maintainability, and production life
Use, handling, operating need, and responsible management
Qualified support aligned with Infinity’s operating expectations
Reliable resources considered within efficient facility operation
One Southwest Indiana campusShared operating direction
Two specialized facilities share one environmental commitment
Infinity’s Automotive / Industrial and Medical / Healthcare facilities occupy the same 14-acre campus. Each maintains the controls its markets require while both participate in the ISO 14001 environmental management system.
- Campus
- 14 acres
- Facilities
- 2 focused operations
- Environmental system
- 1 connected direction
Environmental evidenceAccountability built in
A certified system gives environmental responsibility structure and evidence
ISO 14001 frames how environmental risks, controls, obligations, and improvement are managed. The same evidence-minded culture that supports product quality also strengthens environmental accountability.
Environmental risk associated with custom thermoplastic injection molding is managed through a formal system across Infinity’s operations.
Priorities are defined so improvement has a clear operating direction.
PlanResponsibilities and procedures move requirements into daily practice.
OperateApplicable federal, state, and local environmental requirements are part of the system.
VerifyReviews and corrective action feed the next cycle of environmental performance.
AdvanceBuild the program briefRequirements made visible
Put environmental requirements into the manufacturing conversation
Bring the application, resin, annual volume, quality expectations, packaging needs, and any customer-specific environmental requirements. Infinity can connect them to the equipment, controls, documentation, and operating team behind the program.
Start the sustainability briefApplication and performance conditions
ReadyMaterial specification and sourcing constraints
ReadyAnnual demand and production profile
ReadyPackaging, logistics, and documentation needs
ReadyCustomer-specific environmental requirements
ReadyThe earlier these inputs are visible, the earlier engineering can account for them.