Create and maintain 2D/3D CAD models and drawings for fixtures, soft jaws, nests, clamps, and ... Work cross-functionally with Quality and Inspection to ensure fixtures support print requirements ...
Create and maintain 2D/3D CAD models and drawings for fixtures, soft jaws, nests, clamps, and ... Work cross-functionally with Quality and Inspection to ensure fixtures support print requirements ...
Create and maintain 2D/3D CAD models and drawings for fixtures, soft jaws, nests, clamps, and ... Work cross-functionally with Quality and Inspection to ensure fixtures support print requirements ...
Quick apply
Create and maintain 2D/3D CAD models and drawings for fixtures, soft jaws, nests, clamps, and ... Work cross-functionally with Quality and Inspection to ensure fixtures support print requirements ...
Create and maintain 2D/3D CAD models and drawings for fixtures, soft jaws, nests, clamps, and ... Work cross-functionally with Quality and Inspection to ensure fixtures support print requirements ...
Quick apply
Create and maintain 2D/3D CAD models and drawings for fixtures, soft jaws, nests, clamps, and ... Work cross-functionally with Quality and Inspection to ensure fixtures support print requirements ...
Entry Level 3D Printing information
See Connecticut salary details
$11.66 - $12.47
1% of jobs
$12.47 - $13.28
3% of jobs
$13.28 - $14.09
6% of jobs
$14.09 - $14.91
12% of jobs
$15.11 is the 25th percentile. Wages below this are outliers.
$14.91 - $15.72
11% of jobs
The median wage is $16.48 / hr.
$15.72 - $16.53
18% of jobs
$16.53 - $17.34
14% of jobs
$17.89 is the 75th percentile. Wages above this are outliers.
$17.34 - $18.15
15% of jobs
$18.15 - $18.96
10% of jobs
$18.96 - $19.77
7% of jobs
$19.77 - $20.58
3% of jobs
$11
$16
$20
How much do entry level 3d printing jobs pay per hour?
What are the key skills and qualifications needed to thrive in entry level 3D printing?
To thrive as an Entry Level 3D Printing professional, you should have a foundational understanding of 3D modeling software, basic mechanical aptitude, and a high school diploma or relevant technical coursework. Familiarity with CAD programs (such as SolidWorks or AutoCAD), slicing software, and operating various 3D printers is typically expected, and some employers may prefer candidates with industry-recognized certifications. Strong attention to detail, a willingness to learn, problem-solving ability, and effective teamwork are valuable soft skills in this field. These competencies ensure accurate print jobs, efficient workflow, and smooth collaboration within a dynamic and technology-driven environment.
What is an entry level 3D printing?
An Entry Level 3D Printing job typically involves operating and maintaining 3D printers, preparing digital models for printing, and troubleshooting common printing issues. Employees in this role may work with different materials, such as PLA, ABS, or resin, depending on the type of printer used. Additionally, they may assist in post-processing tasks like sanding, painting, or assembling printed parts. This position is ideal for individuals with basic knowledge of 3D modeling software and a keen interest in additive manufacturing. It provides hands-on experience and serves as a stepping stone to more advanced roles in the field.
What can you do with an entry level 3D printing?
Is there a demand for entry level 3D printing?
What does an entry level 3D printing do?
As an Entry Level 3D Printing professional, your daily responsibilities often include preparing digital models for printing, operating and maintaining 3D printers, troubleshooting print errors, and performing post-processing tasks like cleaning and finishing printed parts. You may also assist senior team members with machine calibration, materials handling, and documenting production runs. Collaboration with engineers, designers, or supervisors is common to ensure projects meet quality standards and deadlines. This role is hands-on and offers an excellent opportunity to develop technical skills and learn about the latest advancements in additive manufacturing.

Manufacturing Engineer 1 -Tooling & Fixture Design (Entry Level)
Waterbury, CT • On-site
Other
Medical, Dental, Vision, Retirement, PTO
Re-posted 18 days ago
Job description
Essential Duties and Responsibilities
- Assist in the design of CNC workholding fixtures (milling/turning/secondary ops) to improve part stability, repeatability, and throughput.
- Create and maintain 2D/3D CAD models and drawings for fixtures, soft jaws, nests, clamps, and related tooling.
- Collaborate with engineers, tool room machinists and CNC operators to review fixture concepts, incorporate feedback, and support build/debug.
- Support fixture prove-outs on the shop floor; document results and implement revisions as needed.
- Assist with process documentation including set-up sheets, work instructions, tooling lists, and basic process flow documentation.
- Support continuous improvement efforts (cycle time reduction, scrap reduction, ergonomic/safety improvements) using structured problem-solving.
- Participate in root cause analysis for fixture- or process-related quality issues (5-Why, fishbone) and help implement corrective actions.
- Help standardize tooling/fixture components and support basic tooling inventory and identification practices.
- Assist with engineering changes affecting fixturing, gaging, and process steps; update documentation accordingly.
- Work cross-functionally with Quality and Inspection to ensure fixtures support print requirements and measurement strategy.
- Follow all safety policies; support EHS requirements related to guarding, clamping forces, pinch points, and safe setup practices.
Required
- Bachelor's degree in Mechanical Engineering, Manufacturing Engineering, or related field (0-2 years experience).
- Basic understanding of machining concepts (turning/milling), fixturing fundamentals, and how workholding impacts quality.
- Ability to read and interpret engineering drawings, familiarity with basic GD&T concepts.
- Working knowledge of CAD (SolidWorks preferred; equivalent acceptable).
- Strong problem-solving skills, attention to detail, and willingness to be hands-on in a manufacturing environment.
- Proficiency with Microsoft Office (Excel/Word).
Preferred
- co-op in machining, tooling, or manufacturing engineering.
- Exposure to fixture design principles: locating schemes (3-2-1), datum strategy, clamp methods, repeatability.
- Familiarity with common shop measuring tools and concepts (calipers, micrometers, indicators).
- Basic knowledge of machining process planning and tooling selection.
- Experience with ERP/MRP systems or basic BOM/tool lists.
Key Competencies
- Practical mechanical aptitude and curiosity
- Clear communication with machinists/operators
- Design-for-manufacturability mindset
- Documentation discipline and follow-through
- Structured problem-solving
- Ability to prioritize and manage multiple requests
Work Environment / Physical Requirements
- Combination of office and shop-floor work; PPE required.
- Ability to stand/walk for extended periods and occasionally lift up to 25 lbs.
- Will frequently support tool room builds and production prove-outs at machines.
What Success Looks Like (first 6-12 months)
- Designs and releases simple fixtures with supervision, then progressively more complex workholding.
- Builds strong relationships with tool room and operators; responds quickly to production needs.
- Helps reduce setup time, improves repeatability, and contributes to scrap reduction through better workholding.
Tools/Software
SolidWorks (or similar CAD), basic CAM exposure a plus, Excel, and document control practices.
Compensation:
- Competitive salary commensurate with experience.
- PTO
- Benefits package includes health, dental, vision, 401(k), 401(k) Company Match, Short and Long term Disability and more.
Microbest is an Equal Opportunity Employer.
PIa2b2f2d0e8ae-3183
About MicroBest
Sourced by ZipRecruiter
Industry
Manufacturing
Company size
51 - 200 Employees
Headquarters location
Waterbury, CT, US
Year founded
1960