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AI Tools for Tool and Die Makers
AI tools that help tool and die makers research machining specifications, source materials and tooling, document die designs, and stay current on precision manufacturing techniques.
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Die Clearance (per side)
5–8% of material thickness (0.006"–0.010")
Punch Entry Depth
Min 1x material thickness below die face for slug control
Recommended Punch Material
D2 or A2 for CRS — good wear balance
Shear Angle Option
1–2° reduces blanking force 25–30%
Surface Finish
Polish punch face to Ra 16 or better
Die clearance and tolerance calculations
Research cutting clearances, punch-to-die ratios, bend allowances, and spring-back compensation for different materials and thicknesses. Get industry-standard specifications without hunting through handbooks.
What die clearance should I use for blanking 0.060" thick 304 stainless steel, and what punch entry depth is recommended for clean slug control?
For 304 SS at 0.060" thick: recommended die clearance is 10-12% per side (0.006"-0.0072"). Stainless is tough — err toward tighter clearance for cleaner shear zone. Punch entry: minimum 1x material thickness (0.060") below the die face for positive slug control. Use D2 or carbide punches. Consider 1-2° shear angle on die to reduce blanking force by 25-30%.
ToolRouter research
Recommended Clearance
10–12% per side (0.006"–0.0072")
Punch Entry Depth
Min 0.060" (1x thickness) for positive slug control
Recommended Material
D2 or carbide punches for 304 SS
Shear Angle
1–2° on die — reduces blanking force 25–30%
Tool steel and material selection
Compare tool steel grades, carbide grades, and coating options for dies and punches based on the workpiece material, production volume, and required tool life. Make informed material selections before committing to expensive stock.
Compare D2, CPM M4, and tungsten carbide for a progressive die punching 0.050" high-strength HSLA 590 steel at 250 strokes per minute with 2 million piece production run.
For HSLA 590 at high speed/volume: CPM M4 (powder metallurgy HSS) is the best balance — 3x the toughness of D2 with superior wear resistance. D2 risks chipping at high SPM due to brittleness. Carbide punches justified on the final blanking station where wear is highest. Recommend TiCN coating on all punches — adds 40-60% tool life at this speed/hardness combo.
Die design documentation and diagrams
Create technical diagrams of die assemblies, strip layouts, and tool configurations for customer submissions, shop documentation, and engineering reviews. Communicate designs clearly without specialized CAD software for every meeting.
Draw a labeled diagram of a compound die showing: upper shoe, punch plate, punch, stripper, die, lower shoe, and die post arrangement.
Generated compound die cross-section diagram with all major components labeled: upper die shoe (top), backing plate, punch retainer plate, punches, spring stripper with urethane springs, die block with compound cutting action (blanking punch acting through piercing die), die retainer, lower die shoe, and guide posts/bushings. Shear action direction arrows included.
Tooling and material supplier sourcing
Find local and national suppliers for tool steel, carbide inserts, die springs, standard components, and specialty coatings. Compare sources for urgent orders or specialty materials not stocked locally.
Find tool steel suppliers and industrial metals distributors near Grand Rapids, Michigan who stock A2 and D2 in plate and round bar.
Found 6 tool steel suppliers within 45 miles of Grand Rapids. Top matches: Metals USA (14 miles, stocks full A2/D2 range in plate up to 4" thick, 2-day delivery), Service Center Distribution (28 miles, specializes in PM tool steels, CPM M4 and CPM Rex 45 in stock), Industrial Metal Supply (same-day will-call for standard rounds). Contact details and stock verification numbers included.
ToolRouter search_places
1
Metals USA · Grand Rapids
A2/D2 plate up to 4" thick · 14 miles · 2-day delivery
2
Service Center Distribution
CPM M4 & Rex 45 in stock · 28 miles
3
Industrial Metal Supply
Same-day will-call rounds · 31 miles
Machining process documentation
Convert shop notes, setup sheets, and process knowledge into formal work instructions, operation sheets, and die maintenance records. Build a knowledge base that survives employee turnover.
Convert these grinding setup notes for our progressive die sharpening procedure into a formal SOP with before/after measurements, machine settings, and inspection criteria.
Created Die Sharpening SOP: Setup (surface grinder wheel spec 46-grit aluminum oxide, wheel dress before each die), Measurement (record punch/die height before, target removal 0.005-0.010" per sharpen cycle, total discard limit at 0.250" removed), Process (20 SFPM max feed rate for tool steels, flood coolant mandatory), Inspection (check face flatness within 0.0002", verify sharp cutting edge at 10x loupe), Sign-off fields included.
ToolRouter repurpose_content
Wheel Spec
46-grit aluminum oxide · dress before each die
Stock Removal
0.005–0.010" per cycle · discard at 0.250" total
Feed Rate
Max 20 SFPM · flood coolant mandatory
Inspection
Face flatness ≤0.0002" · 10x loupe edge check
Sign-Off
Journeyman + supervisor fields included
Career and wage benchmarking
Research tool and die maker wages by region, compare journeyman versus apprentice rates, and identify employers offering the best pay and advancement for skilled toolmakers.
What are tool and die makers earning in Ohio and Michigan, and which manufacturers are hiring journeyman toolmakers with progressive die experience?
Found 67 tool and die maker postings in OH/MI. Journeyman wages: $28-$42/hr (median $34/hr). Top-paying employers: automotive Tier 1 suppliers averaging $37-42/hr plus overtime. Companies actively hiring: listed 12 manufacturers with progressive die experience requirements, including medical device and automotive stamping shops. Union shops average 15% premium over non-union.
ToolRouter search_jobs
CompanyLocationRate
Ford Tier 1 StampingDearborn, MI$42/hr
Precision Medical DiesCleveland, OH$38/hr
Automotive Tooling Co.Toledo, OH$40/hr
Columbus Stampings Inc.Columbus, OH$35/hr
67 total postings · median $34/hr journeyman
Ready-to-use prompts
Die clearance spec
What is the recommended die clearance percentage for blanking 16-gauge (0.060") cold-rolled steel, and how does this change for stainless steel and aluminum of the same thickness?
Tool steel comparison
Compare the properties of H13, D2, and S7 tool steel for a hot-forming die application running at 400°F workpiece temperature with 500,000 cycle production requirement.
Die assembly diagram
Create a labeled cross-section diagram of a four-post progressive die assembly showing the upper and lower die shoes, guide posts, punch retainer, stripper plate, die block, and sub-plate.
Find tool steel suppliers
Search for Uddeholm and Bohler tool steel distributors within 50 miles of Toledo, Ohio who stock CPM-grade PM tool steels in plate and round form.
Write sharpening SOP
Write a formal surface grinding SOP for sharpening carbide punches in a progressive die, including setup parameters, coolant requirements, stock removal limits, and inspection criteria.
Bend allowance research
What bend allowance calculation method should be used for 90-degree bends in 0.125" 6061-T6 aluminum, and what is the k-factor for this material?
Toolmaker job search
Find journeyman tool and die maker positions in the Midwest with medical device or precision aerospace stamping experience preferred, paying above $35 per hour.
Coating selection research
Compare TiN, TiCN, TiAlN, and DLC coatings for punch and die tooling used in high-speed progressive stamping of advanced high-strength steel above 600 MPa tensile strength.
Tools to power your best work
Academic ResearchSearch papers, authors, citations
Content RepurposerTurn any content into posts, scripts, and articles
Generate ChartTurn data into chart images fast
Deep ResearchAI research reports with citations
Diagram GeneratorRender Mermaid, PlantUML & more
Job SearchJobs & salary data worldwide
Places SearchFind restaurants, shops & venues worldwide
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New die development package
Research and document everything needed before cutting metal on a new progressive die project.
Die maintenance and repair protocol
Establish a consistent die maintenance procedure and build documentation that any qualified toolmaker can follow.
Apprentice to journeyman career path
Research certification paths, wage benchmarks, and employer targets for advancing your toolmaking career.
Frequently Asked Questions
Can AI replace engineering handbooks for die clearance and tolerance data?
AI tools like Deep Research aggregate data from multiple engineering references, including press tooling handbooks, material specifications, and industry standards. For standard materials and operations, you can get reliable clearance and tolerance guidance quickly. For critical high-volume dies, always verify against OEM specifications and test samples before committing to final tooling.
How can AI help with die design documentation for customer submissions?
Diagram Generator can produce clear, labeled die assembly diagrams, strip layouts, and process flow illustrations without specialized CAD software. Content Repurposer can format technical notes into formal design submissions, PPAP documentation, and first article inspection reports.
What AI tools are useful for selecting the right tool steel for a new die?
Deep Research and Academic Research can compare tool steel grades by hardness, toughness, wear resistance, and machinability for your specific application. Input your workpiece material, production volume, operating temperature, and required tool life to get a tailored comparison.
How can I use AI to find specialty tooling suppliers during an urgent breakdown?
Places Search locates industrial suppliers, tool steel distributors, and die component vendors near your facility. You can specify stock requirements (grade, size, quantity) and filter by distance to find the fastest source for emergency materials.
Are there AI tools that help with building apprentice training materials?
Yes. Content Repurposer can convert experienced toolmaker knowledge — setup notes, process observations, repair logs — into structured training documents, apprentice workbooks, and competency checklists. This is especially valuable for shops trying to capture retiring journeyman knowledge.
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