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Mould Designer Jobs (NOW HIRING)

Interphase with Designers and PM's when areas are unclear * Write programs for machines * Set-up machines * Check shut offs, final fit, and assemble molds KEY RESPONSIBILITIES: (The finer details of ...

Interphase with Designers and PM's when areas are unclear * Write programs for machines * Set-up machines * Check shut offs, final fit, and assemble molds KEY RESPONSIBILITIES: (The finer details of ...

Mold Builder

Coon Rapids, MN ยท On-site

$30 - $40/hr

Read blueprints and analyze data on the computer to execute mold designs accurately. * Communicate effectively with all necessary parties to receive instructions and coordinate activities.

Mold Builder

Coon Rapids, MN ยท On-site

$30 - $40/hr

Read blueprints and analyze data on the computer to execute mold designs accurately. * Communicate effectively with all necessary parties to receive instructions and coordinate activities.

Mold Builder

Coon Rapids, MN ยท On-site

$30 - $40/hr

Read blueprints and analyze data on the computer to execute mold designs accurately. * Communicate effectively with all necessary parties to receive instructions and coordinate activities.

Be Seen First

We use MasterCam CAD/CAM X24 software to do mold designs and then write programs for the CNC machines. We have 3 HURCO, 4 FADAL,3 Milltronics 3 axis, You can see the types of molds and our cnc ...

Be Seen First

We use MasterCam CAD/CAM X24 software to do mold designs and then write programs for the CNC machines. We have 3 HURCO, 4 FADAL,3 Milltronics 3 axis, You can see the types of molds and our cnc ...

Be Seen First

We use MasterCam CAD/CAM X24 software to do mold designs and then write programs for the CNC machines. We have 3 HURCO, 4 FADAL,3 Milltronics 3 axis, You can see the types of molds and our cnc ...

Be Seen First

We use MasterCam CAD/CAM X24 software to do mold designs and then write programs for the CNC machines. We have 3 HURCO, 4 FADAL,3 Milltronics 3 axis, You can see the types of molds and our cnc ...

Be Seen First

We use MasterCam CAD/CAM X24 software to do mold designs and then write programs for the CNC machines. We have 3 HURCO, 4 FADAL,3 Milltronics 3 axis, You can see the types of molds and our cnc ...

Be Seen First

We use MasterCam CAD/CAM X24 software to do mold designs and then write programs for the CNC machines. We have 3 HURCO, 4 FADAL,3 Milltronics 3 axis, You can see the types of molds and our cnc ...

Be Seen First

We use MasterCam CAD/CAM X24 software to do mold designs and then write programs for the CNC machines. We have 3 HURCO, 4 FADAL,3 Milltronics 3 axis, You can see the types of molds and our cnc ...

Be Seen First

We use MasterCam CAD/CAM X24 software to do mold designs and then write programs for the CNC machines. We have 3 HURCO, 4 FADAL,3 Milltronics 3 axis, You can see the types of molds and our cnc ...

Be Seen First

We use MasterCam CAD/CAM X24 software to do mold designs and then write programs for the CNC machines. We have 3 HURCO, 4 FADAL,3 Milltronics 3 axis, You can see the types of molds and our cnc ...

Showing results 41-60

Mould Designer information

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$18

$33

$45

How much do mould designer jobs pay per hour?

As of Sep 3, 2026, the average hourly pay for mould designer in the United States is $33.89, according to ZipRecruiter salary data. Most workers in this role earn between $24.76 and $41.83 per hour, depending on experience, location, and employer.

What does a mould designer do?

A Mould Designer is responsible for creating detailed designs and specifications for moulds used in manufacturing processes such as injection molding, casting, or forming. They use computer-aided design (CAD) software to develop precise mould drawings, ensuring that the mould will produce parts with the required shape, size, and quality. Mould Designers collaborate closely with engineers, toolmakers, and production teams to optimize mould functionality, manufacturability, and cost-effectiveness. Their expertise helps ensure efficient production and high-quality finished products.

What are the key skills and qualifications needed to thrive as a mould designer?

To thrive as a Mould Designer, you need expertise in mechanical design, engineering principles, and proficiency with CAD software, typically supported by a degree or diploma in mechanical engineering or a related field. Familiarity with industry-standard tools like SolidWorks, AutoCAD, and mold flow analysis software, as well as knowledge of manufacturing processes, is essential. Strong problem-solving, attention to detail, and effective communication skills set successful Mould Designers apart. These skills are crucial for creating precise, manufacturable moulds that meet quality standards and client specifications.

What are some common challenges faced by mould designers when working on new product development projects?

Mould Designers often encounter challenges such as tight deadlines, last-minute design changes, and balancing cost efficiency with the technical requirements of the mould. Collaborating closely with engineers, machinists, and production teams is essential to ensure the mould design is both manufacturable and meets product specifications. Additionally, adapting to new materials or technologies, and troubleshooting issues during trial runs, are frequent aspects of the role. Effective communication and problem-solving skills are key to overcoming these challenges and ensuring project success.

What is the difference between Mould Designer vs Mould Maker?

AspectMould DesignerMould Maker
Primary RoleDesigns and develops moulds using CAD softwareManufactures and assembles moulds based on designs
Skills & CertificationsCAD proficiency, engineering knowledge, technical drawing skillsMachining, fabrication, assembly skills, technical certifications
Work EnvironmentDesign studios, engineering departmentsWorkshop, manufacturing floor
Industry UsageUsed in plastic, metal, and rubber moulding industriesHands-on manufacturing in similar industries

The main difference between a Mould Designer and a Mould Maker is that the Mould Designer focuses on creating detailed mould designs using CAD software, while the Mould Maker is responsible for manufacturing and assembling the physical moulds based on those designs. Both roles are essential in the moulding industry, with the designer emphasizing planning and the maker focusing on production.

How to become a mould designer?

To become a mould designer, typically a candidate needs a diploma or degree in mechanical engineering, manufacturing engineering, or a related field. Gaining experience with CAD software such as AutoCAD or SolidWorks and understanding materials and manufacturing processes are essential. Certifications in CAD or mould design can enhance job prospects, and practical experience through internships or apprenticeships is highly valuable.

Is mold making a good career?

Mould designing is a skilled trade involving creating detailed plans for manufacturing molds used in various industries such as automotive, consumer products, and electronics. It offers steady employment opportunities, especially for those with technical training, proficiency in CAD software, and knowledge of manufacturing processes. The career can be rewarding for individuals interested in precision engineering and manufacturing technology.
More about Mould Designer jobs
Infographic showing various Mould Designer job openings in the United States as of August 2026, with employment types broken down into 89% Full Time, 6% Part Time, 1% Temporary, and 4% Contract. Highlights an 87% Physical, 5% Hybrid, and 8% Remote job distribution, with an average salary of $70,500 per year, or $33.9 per hour.

$34 - $45/hr

Part-time

Re-posted 28 days ago


Job description

Pay range: $35hr-$50hr
KEY ACCOUNTABILITIES:
  • Generate cutter paths on all mold designs
  • Interphase with Designers and PMโ€™s when areas are unclear
  • Write programs for machines
  • Set-up machines
  • Check shut offs, final fit, and assemble molds
KEY RESPONSIBILITIES:
  • Responsible to build and revise Customer owned molds
  • Strategizes sequence of operations including visualizing shape of cavity core work in mold
  • Reads and interprets blueprints to match CAD files of tool being built.
  • Verifies dimensions, using micrometers calipers, gauge blocks, dial indicators, and other associated inspection tools
  • Requires understanding of 3D files, sections, views and projections.
  • Operates all pertinent equipment to accomplish mold build complete
  • Provide input on design of vents, cores, gates to engineering as needed
  • Installs pertinent electronics, pneumatics, and hydraulics associated with mold build.
  • Trains and guides work of apprentices.
  • Operates all Tool Room equipment at a high level of competency
  • Complete mold build in the timeframe given
  • Plan approach to build to maximize build in quoted time given
  • Be able to explain what is needed and expectations from the job shop worksheet to fellow workers on same project
  • Understands principles of all types of cutting tools and processes for each
  • Create drawings for any specialized work needed to perform mold build i.e. water lines, special cutters, EDM or wire work
  • Create polishing map for the polishing department
QUALITIES FOR SUCCESS:
  • Demonstrates Core Values
    • We are customer focused
    • We execute
    • We win together
    • We are respectful
  • High School diploma or GED
  • 5+ yrs in the tool making trade
  • Proficient geometry and math
  • Computer literate in software pertinent to mold builds i.e. Master CAM programming
  • Understands metals and tolerances
  • Ability to independently operate and validate work out of all tool room equipment at a high level of competency
  • Self โ€“ starter
  • Professional and respectful
  • Ability to work in a team environment
  • Ability to readily adapt to changes in customer demands and come up with workable solutions
  • Ability to communicate effectively with all levels of management, peers, and outside customers
  • Able to communicate all levels and functions of a mold build
  • Able to carry maximum unassisted lift of 60lbs
  • Occasional climbing steps, walking and standing on uneven terrain, reaching with hands and arms, stooping, kneeling, crouching, twisting, bending, handling, turning, balancing, carrying, grasping