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Injection Mould Tool Design Jobs (NOW HIRING)

Knowledgeable of injection molding tool design. * Proficient in the use of CAD. * Able to run CNC ... EDM machines. * Knowledgeable in the use of Surface Grinders and Mills. * Blueprint reading skills.

... injection molding electronic and consumer products. Designing tight tolerance molds as well as responsible for all design related requirements of the Tool Room. This will include Data management ...

Company: A worldwide provider of injection molding products serving a diverse marketplace is ... Experience with Mold/Tool Design Company Description Studex ® is recognized as the leader in ear ...

... injection molding electronic and consumer products. Designing tight tolerance molds as well as responsible for all design related requirements of the Tool Room. This will include Data management ...

... injection molding electronic and consumer products. Designing tight tolerance molds as well as responsible for all design related requirements of the Tool Room. This will include Data management ...

Tool Design Engineer

Laurens, SC · On-site

$75K - $100K/yr

Summary: A Tool Design Engineer designs, develops, and maintains manufacturing tools like jigs ... Design tooling for compacting, isostatic, extrusion, injection mold, and stamping presses * Prepare ...

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Injection Mould Tool Design information

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$23

$38

$51

How much do injection mould tool design jobs pay per hour?

As of Jun 9, 2026, the average hourly pay for injection mould tool design in the United States is $38.10, according to ZipRecruiter salary data. Most workers in this role earn between $31.25 and $44.47 per hour, depending on experience, location, and employer.

What is injection mould tool design?

Injection mould tool design is the process of creating the molds used in injection molding, a manufacturing method for producing plastic parts in large volumes. This involves designing the mold's shape, structure, and features to ensure efficient production, part quality, and durability. Tool designers use specialized CAD software to create detailed plans, considering factors like material flow, cooling systems, and ejection mechanisms. Proper tool design is crucial for minimizing defects and optimizing manufacturing efficiency.

What is the difference between Injection Mould Tool Design vs Injection Moulding Machine Operator?

AspectInjection Mould Tool DesignInjection Moulding Machine Operator
Primary RoleDesigns and develops molds used in manufacturing plastic partsOperates and maintains injection molding machines to produce plastic components
Skills & CertificationsCAD software proficiency, mold design knowledge, technical certificationsMachine operation skills, safety training, basic mechanical knowledge
Work EnvironmentDesign offices, engineering labs, manufacturing facilitiesFactory floors, production lines, manufacturing plants
Industry UsageUsed by mold designers, toolmakers, manufacturing engineersUsed by production operators, machine setters, manufacturing technicians

While Injection Mould Tool Design focuses on creating the molds used in manufacturing, Injection Moulding Machine Operators handle the production process by operating these machines. Both roles are essential in the plastic manufacturing industry but require different skill sets and work environments.

What are the key skills and qualifications needed to thrive as an Injection Mould Tool Designer, and why are they important?

To thrive as an Injection Mould Tool Designer, you need a solid understanding of manufacturing processes, material properties, and mechanical design principles, often supported by an engineering degree or equivalent experience. Proficiency in CAD software (such as SolidWorks or AutoCAD), familiarity with simulation tools, and knowledge of industry standards are typically required. Strong problem-solving abilities, attention to detail, and effective communication skills distinguish top professionals in this field. These skills are crucial to ensure the creation of efficient, high-quality moulds that meet production requirements and client specifications.

What are some common challenges faced by professionals in Injection Mould Tool Design, and how can they be addressed?

Professionals in Injection Mould Tool Design often encounter challenges such as managing tight tolerances, selecting appropriate materials, and ensuring manufacturability within cost constraints. They must also communicate closely with production teams to address potential issues during tool trials and adjustments. Addressing these challenges involves staying updated on the latest tool design software, collaborating regularly with cross-functional teams, and proactively seeking feedback from manufacturing. Continuous learning and strong problem-solving skills are key to thriving in this dynamic environment.
What cities are hiring for Injection Mould Tool Design jobs? Cities with the most Injection Mould Tool Design job openings:
What states have the most Injection Mould Tool Design jobs? States with the most job openings for Injection Mould Tool Design jobs include:
Molding Engineer - Medical Devices

Molding Engineer - Medical Devices

Collabera

North Chicago, IL

Contractor

Medical, Dental, Vision, Life, Retirement, PTO

Posted 18 days ago


Job description

Company Description

About Collabera:
Established in 1991, Collabera is one of the fastest growing end-to-end information technology services and solutions companies globally. As a half a billion dollar IT company, Collabera's client-centric business model, commitment to service excellence and Global Delivery Model enables its global 2000 and leading mid-market clients to deliver successfully in an increasingly competitive marketplace.
With over 8200 IT professionals globally, Collabera provides value-added onsite, offsite and offshore technology services and solutions to premier corporations. Over the past few years, Collabera has been awarded numerous accolades and Industry recognitions including.
Collabera awarded Best Staffing Company to work for in 2012 by SIA. (hyperlink here)
Collabera listed in GS 100 - recognized for excellence and maturity
Collabera named among the Top 500 Diversity Owned Businesses
Collabera listed in GS 100 & ranked among top 10 service providers
Collabera was ranked:
32 in the Top 100 Large Businesses in the U.S
18 in Top 500 Diversity Owned Businesses in the U.S
3 in the Top 100 Diversity Owned Businesses in New Jersey
3 in the Top 100 Privately-held Businesses in New Jersey
66th on FinTech 100
35th among top private companies in New Jersey
http://www.collabera.com/about_us/accolades.jsp
Collabera recognizes true potential of human capital and provides people the right opportunities for growth and professional excellence. Collabera offers a full range of benefits to its employees including paid vacations, holidays, personal days, Medical, Dental and Vision insurance, 401K retirement savings plan, Life Insurance, Disability Insurance.

Job Description

             The primary responsibility is in plastic co-injection molding process and polymer melt extrusion process, and their mold/tool design to support for existing and new and pipeline device delivery for device-drug combination products. 
             Major responsibility in device plastic molding, co-injection molding and co-extrusion processes with the design of mold/tool from the small scale to the large scale of commercial production by utilizing GMP and ISO standards, and also testing for high volume productions to support biopharmaceutical products.
             Partnering with third party manufacturing (TPM) from the small-scale molding with mold/tool design to scale up for the commercial production in the co-injection/co-extrusion and their mold/tool design for scale up for commercial applications. 
Major Responsibilities:
             Responsible for medical device part co-injection and co-extrusion processes, and their mold/tool design and scientific molding to support processing optimization for high volume injection and extrusion processes
             Responsible for the molding/extrusion process, polymer material and equipment integration to develop process and broaden the process space of co-injection and co-extrusion processes
             Responsible to partner with TPM to design mold/tool and molding/extrusion process with the selected materials and injection and co-injection molding machine for process optimization
             Responsible to work with design engineers to design and develop the part design and conduct the molding trials to optimize the part design, mold/tool design and molding and co-injection process through quality by design to meet the functionality and manufacturability requirements 
Skills Requirements
             Experience in part molding in co-injection and co-extrusion processes with scientific molding approach to broaden the process space to meet part dimension specs and tolerance ranges
             Experience in Moldflow analysis software and with polymer material properties to assess and predict the part quality in terms of part dimension, warpage, and built stress mitigation to optimized the part quality
             Hand-on experience in co-injection and co-extrusion processes and in partnership with TPM for the part develop and manufacture for multiple layers of co-injection and co-extrusion parts
             Hand-on experience in both melt extrusion and injection molding is preferred 
             Experience in polymer, plasticized polymer and thermoplastic elastomer (TPE) co-injection and melt extrusion and their mold/tool design and development for scale up to commercial production
             Experience in system integration of design, materials, process, equipment and assembly for medical device and experience in device functionality testing of components and assembly
             Experience in partnering with third party manufacturing for production to develop the mold/tool and their design trials for part functionality and manufacturability applications.

Qualifications

BS with preferred 5-10 years of experience; Or MS with preferred 3-10 years of experience; Or Ph.D. with preferred 2-8 years of experience in Molding/Extrusion Engineering, Manufacturing Engineering, Material Engineering, Mechanical Engineering, Biomechanical Engineering, or Biomedical Engineering.

Additional Information

All your information will be kept confidential according to EEO guidelines.