Rapid Prototype Metal Stamping Services

Kravzik’s in-house prototype department delivers precision rapid prototyping and low-volume metal stamping for tight-tolerance components. Powered by over 120 in-house tooling assets and ultra-precise wire EDM machining, we prototype complex parts for Tier 1 and OEM manufacturers across automotive, EV, medical, and electronics industries.

Our engineering team evaluates part feasibility early in development, offering complete Design for Manufacturability (DFM) guidance and material optimization for high-performance copper alloys and stainless steel. We validate design concepts before committing to high-volume production, preventing costly re-tooling while perfecting critical geometries for lead frames, busbars, and terminals.

By combining rapid tool fabrication with automated CCD AOI inspection, we maintain strict Cpk ≥ 1.33 quality standards. Downstream insert molding capabilities allow us to deliver fully integrated hybrid assemblies, ensuring seamless scalability from prototype validation to mass production under certified IATF 16949 standards.

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kravzik-high-speed-progressive-die-stamping-services

IATF 16949 & ISO 9001 Certified

Rapid Prototyping Turnaround

±0.005mm Precision Control

120+ In-House Tooling Assets

CRITICAL PRODUCTION RISKS

Are Prototype Tooling Flaws Threatening Your NPI Timelines?

Evaluating a prototype metal stamping supplier requires more than checking lead times; it demands absolute certainty that initial prototypes replicate high-speed, multi-station production behavior. Flaws in prototype tooling design or non-production forming methods cause severe trial loops, unexpected scrap, and misaligned launch schedules.

False Feasibility from Non-Production Tooling
Prototyping metal components through 2D laser cutting or soft tooling often yields acceptable static dimensions while failing to simulate real progressive die stamping stresses. Soft forming methods omit critical variables like the shear-to-break ratio, localized work hardening, and internal stress relaxation induced by multi-station progressive dies.

Consequence: Prototypes pass early design verification, but high-volume progressive die tooling fails during PPAP validation, forcing costly die modifications and months of NPI delay.
Severe Springback & Edge Micro-Cracking in High-Yield Alloys
Forming thin-gage C17200 beryllium copper, C70250 copper-nickel-silicon, or spring-temper SUS301 stainless steel introduces severe grain orientation sensitivity and unpredictable springback. Conventional rapid setups lack precise punch-to-die clearance control, causing micro-fissures along bend radii, heavy edge burrs, and cumulative pitch drift in long lead frames.

Consequence: Terminal leads suffer dielectric breakdown risks, contact force degradation, and pitch misalignment during automated SMT assembly lines.
Multi-Vendor Disconnects in Hybrid Insert Molded Assemblies
Sourcing precision stamped terminals and downstream plastic insert molding from separate suppliers creates huge tolerance accumulation gaps. Slight variations in stamping co-planarity or pitch drift lead to plastic flash, terminal displacement, and mold crushing during high-pressure resin injection.

Consequence: Assemblies fail environmental and electrical testing, triggering multi-vendor finger-pointing and risking complete program cancellation.

Don’t let manufacturing risks derail your project. You don’t just need a supplier who can run a machine; you need an engineering partner who masters the complex science of precision Prototype Metal Stamping art.

OPERATIONAL SYNERGY

Precision Prototype Stamping & Rapid Tooling Solutions

Eliminating NPI risks before tool steel is cut. We merge advanced DFM simulation, in-house rapid tooling fabrication, exotic alloy processing, and hybrid assembly under one roof to deliver production-intent metal stamping prototypes with short lead times.

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Advanced DFM & Stamping Simulation

Eliminate costly trial-and-error before steel cutting begins. Our engineering team utilizes Siemens NX 3D modeling and specialized stamping simulation to analyze material flow, strain paths, and elastic springback under true high-speed forming conditions.

Upfront Geometry & Pitch Optimization: Identifies localized stress concentrations, wall thinning limits, and carrier strip pitch drift prior to tool steel fabrication.

Predictive Springback Compensation: Accurately calculates springback boundaries for high-yield spring metals to guarantee precise bend radius tolerances.

Material Scrap & Strip Efficiency: Recommends optimized progressive die layouts to minimize raw material waste and lower total program tooling expense.

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Production-Intent Rapid Tooling Capabilities

Bridge prototype validation and mass production seamlessly. Powered by Sodick wire EDM, Waida optical profile grinders, and in-house press capacity, our tool room fabricates rigid prototype tooling that mirrors full-scale progressive die behavior.

100+ In-House Tooling Assets: Complete internal toolroom capabilities prevent third-party delays and keep development lead times strictly contained.

True Production Machinery: Prototype stampings are formed on production-class presses to replicate exact shear-to-break ratios and material hardening.

Ultra-Tight Machining Precision: Maintains grinding tolerances up to 0.0005mm to handle intricate terminals, narrow pitch channels, and complex micro-features.

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Turnkey Hybrid Assembly & Insert Molding

Resolve multi-vendor coordination risks and tolerance stack-up issues. We integrate precision metal stamping with downstream insert molding and in-die hardware insertion to produce fully integrated, turn-key sub-assemblies under one roof.

In-Die Hardware & Terminal Insertion: Combines multiple stamped components with threaded studs, nuts, and compliant press-fit pins inside the stamping die.

High-Precision Overmolding Synergy: Encapsulates high-voltage stamped busbars and connector pins under tightly controlled resin injection pressures.

Single-Source Engineering Control: Eliminates supplier friction, protects dimensional co-planarity, and reduces overall product launch lead times.

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Smart Quality Assurance & Traceability

Ensure zero-defect validation from initial T1 prototype samples through low-volume production ramp-up. Backed by Zeiss CMMs, high-magnification optical scopes, and in-die sensors, every prototype meets strict automotive and aerospace quality standards.

In-Line Vision & Optical Inspection: High-speed camera systems verify critical dimensions, pitch tolerances, and edge burr heights on continuous strips.

In-Die Sensor Tool Protection: Instantaneously detects misfeeds and part positioning variations during prototyping runs to protect tool integrity.

Certified Quality Compliance: Fully operational under IATF 16949 and ISO 9001 certifications, delivering full material traceability and inspection reports.

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MANUFACTURING ARCHITECTURE

Engineering Precision Across Every Substrate & Tolerance Limit

We combine high-speed press engineering with advanced metallurgy to deliver zero-defect precision metal stampings. Every prototype run is validated by real-time SPC metrology and 100% raw material heat lot traceability.

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Engineered for micro-miniature connectors and heavy structural geometries alike. Our precision press lines maintain dynamic shut-height stability and tight pitch control across every stroke to meet demanding NPI standards.

Dimensional & Thickness Envelope: Accommodates part lengths from 6.35 mm to 609.6 mm (0.25″ to 24″) with material strip gages ranging from 0.051 mm to 9.0 mm (0.002″ to 0.375″).

Sustained Precision at Speed: Delivers continuous +/- 0.025 mm (+/- 0.001″) dimensional accuracy on automated high-speed stamping lines running up to 1,500 SPM.

High-Tonnage Press Capacity: Operates versatile press lines up to 300T, guaranteeing sufficient force for high-strength steel coining and deep draw geometries.

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Extensive metallographic expertise in stamping non-ferrous, high-conductivity, and hard-to-form alloys. Tooling clearances are custom-calculated for specific tensile strengths, grain directions, and material springback rates.

High-Conductivity Copper Alloys: Precision forming of beryllium copper (BeCu), phosphor bronze, brass, and high-purity oxygen-free copper for high-current terminals.

Ferrous & Exotic Metals: Comprehensive processing of Grade 5 Titanium, 300/400 series stainless steel, Inconel, structural aluminum, and pre-plated strip stock.

High-Performance Polymer Synergy: Tailored surface preparation for downstream overmolding using engineering thermoplastics (PA66, PBT, PEEK) on critical busbars.

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Powered by Tier-1 machinery including Bruderer high-speed presses, Minster heavy presses, Sodick wire EDMs, and Waida optical profile grinders to handle intricate part geometries in one continuous operation.

Complex In-Die Tool Features: Integrates inline tapping, bimetal bonding, skiving, fine coining, and compliant pin (Eye of the Needle) forming directly within the die.

Selective Plating & Surface Protection: Supports custom inlay/overlay precious metal plating, zone-specific coating, and critical edge burr height reduction.

Advanced Metrology & Tool Protection: Features Zeiss CMMs, VGL optical measurement, and high-speed in-die sensor monitoring to prevent misfeeds and guarantee part quality.

In-Die Assembly

Flexible Pins (Needle Eye)

IDC Slots

Bi-Metals & Co-Marking

In-Die Tapping

Precious Metal Plating

Reel-to-Reel Packaging

Stress Relieving & Annealing

MANUFACTURING ARCHITECTURE

Rapid Prototyping Services for Custom Metal Components

Validate your designs before investing in full production tooling. Our in-house prototype department delivers accurate, production-representative stamped components with short lead times, bridging the gap from early DFM concept testing to high-volume manufacturing.

High-Precision Terminals, Pins & Electrical Contacts
Fabricated using advanced Wire EDM, laser, and waterjet prototype tooling to simulate final progressive die performance. We deliver low-volume sample runs for tight-tolerance conductive components.

Key Components
Reel-Fed Bandolier Terminals, Press-Fit Pins (Eye-of-the-Needle), Wire & Cable Crimps, Selective-Plated Blade Terminals, IDC Slots, Micro-Miniature Socket Terminals, Tuning Forks
Semiconductor Lead Frames & Sensor Prototypes
Utilizing photo-chemical etching and ultra-precision stamping techniques to maintain strict coplanarity without internal stress deformation on fragile alloy substrates.

Key Components
IC Lead Frames, Selective-Plated Lead Frames, Transmission Lead Frames, QFN/SOIC Stamped Substrates, Power Module Headers, Sensor Housing Inserts
Heavy-Duty Busbars & Power Distribution Hardware
Engineered to validate thermal performance and high-current conductivity in EV powertrains. Prototype runs are precision-formed and bent to verify pitch dimensions and clearance before cut-steel tooling.

Key Components
Custom Copper Busbars, Flexible Laminated Shunts, Battery Interconnect Strips, High-Current Cable Lugs, Fuse Clips & Holder Terminals, Inverter Contact Rails
EMI/RFI Shielding & Precision Spring Components
Fast-turnaround prototyping for complex enclosure geometry and elastic metal parts. Integrated Siemens NX 3D simulation identifies structural weak spots and material springback prior to production.

Key Components
Board-Level Shielding Covers (BLS), EMI/RFI Shielding Cans, Grounding Springs, Battery Contacts, Belleville & Retaining Washers, Custom Clips
Precision Brackets, Housings & Structural Assemblies
Precision prototype stamping for complex mechanical enclosures, deep-drawn covers, and load-bearing brackets. We offer prototype in-die hardware insertion to validate complete sub-assemblies before full production tooling.

Key Components
Automotive Brackets, Structural Engine/Brake Covers, Compression Limiters, Rolled & Crush Bushings, In-Die Staked Fasteners (Nuts/Studs), Heat Sinks

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MANUFACTURING CAPABILITIES

We consolidate advanced progressive die stamping, in-house prototype tooling, automated assembly, and complete supply chain management under one roof. By leveraging high-speed automated presses, real-time OEE monitoring, Siemens NX DFM simulation, and co-engineered workflows, we deliver complex precision metal components with zero-defect reliability. From raw material sourcing and short-run prototype validation to high-volume production and synchronized logistics, our turnkey approach eliminates third-party lead times and minimizes your supplier base.

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Operating a fleet of high-performance automated presses, we achieve maximum processing speeds while maintaining strict structural integrity. Active production lines are integrated with real-time OEE tracking, automated in-die sensors, and camera vision systems to eliminate downtime and accelerate time-to-market.

Equipment Fleet Capabilities: High-speed press ratings from 30 to 90+ tons, processing speeds up to 1,500 strokes/min, and expansive press beds for complex multi-station progressive die stamping.

Real-Time Data Feedback: Closed-loop systems constantly monitor press tonnage and feed pitch, instantly adjusting to prevent material misfeeds, burr formation, and tooling crashes.

In-Line Vision Inspection: Dedicated automation embeds high-resolution camera vision directly into the stamping line, inspecting critical dimensions and surface quality on every single stroke.

With decades of metallurgical expertise, our engineers tailor tooling techniques to handle non-ferrous alloys, precious metals, and high-strength steels. We guarantee continuous mass-production tolerances across ultra-thin to heavy-duty material gages.

Extensive Alloy Expertise: Precision processing of Copper, Brass, Phosphor Bronze, Beryllium Copper, Stainless Steel, Carbon Steel, Aluminum, Titanium, and Galvanized Steel.

Micro-to-Heavy Gage Range: Stamping ultra-thin micro-gauges from 0.002” (0.051 mm) up to heavy-duty 0.375” (9.5 mm) thicknesses.

Sustained Micro-Tolerances: Advanced die guidance systems and multi-stage progressive tooling design ensure continuous production tolerances held strictly to ±0.001” (±0.025 mm).

We act as a direct extension of your engineering team. Through a collaborative co-engineered approach, we solve complex manufacturing challenges early in the design phase to drive down unit costs and optimize product performance before cutting production steel.

Multi-Technology Prototyping: Utilizing wire EDM prototyping, high-precision waterjet cutting, 3D printing, and chemical etching to deliver rapid, production-representative metal stamping prototypes without permanent tooling.

Siemens NX 3D DFM Simulation: Advanced modeling software simulates material flow, springback, and tool interaction prior to die fabrication, identifying weak spots and optimizing strip layouts.

In-House Tool Room: Designing, building, and maintaining all custom progressive hard dies internally, eliminating third-party die house delays and ensuring lifetime die durability.

We engineer complex functional features directly into the progressive die stroke, replacing expensive secondary machining with high-efficiency in-die joining and cold-forming operations.

Precision Feature Capabilities: Automated in-die assembled, bi-metal, coated, coined, compliant pin (eye-of-the-needle), countersunk, EB welded, embossed, enameled, eyelets, flat, formed, IDC slots, inlay, skived, and tuning forks.

In-Die Hardware Insertion: Automated joining of plastic/metal inserts, fasteners, screw machine studs, nuts, and crush bushings directly onto stamped strip layouts during the stamping process.

Surface Treatments & Joining: Complete capability for precious metal plating, specialized heat treating, and value-added assemblies to reduce overall program cost.

Customer satisfaction starts with zero-defect quality. We manage the entire component lifecycle—from raw coil acquisition to tactical scheduling and final delivery.

Advanced Metrology Lab: Outfitted with Zeiss CMMs, OGP smart optical scopes, and automated measuring systems for rigorous First-Article Inspection (FAIR) and in-process statistical quality control.

Certified Quality System: Fully operating under IATF 16949 and ISO 9001 standards, ensuring supreme compliance for the world’s most demanding consumer, industrial, and commercial applications.

Synchronized Tactical Logistics: Real-time project tracking and tactical scheduling ensure finished reels, bandoliers, or loose parts arrive at your assembly lines exactly when needed.

PRODUCT SHOWCASE

Explore Our Precision Metal Stamped Parts & Custom Components

Metal Assemblies

Stamped Electrical Terminals

Eyelet Wire Connector

Stamped Busbars

kravzik-stamped-automotive-brackets-parts-components

Stamped Brackets

EMI RFI Shield

Lead Frame

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PRODUCT APPLICATIONS

Discover how we translate precision engineering into industry-specific success. From renewable energy to semiconductor processing, our components are tailored to meet rigorous sector standards — backed by documented case studies.

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MANUFACTURING CAPABILITIES
Metal Stamping & Die Tooling
Engineered for high-volume reliability and critical automotive tolerances. Leveraging our ultra-precision tooling backbone—powered by simultaneous CNC, Wire EDM, and PG grinding—we build elite high-speed progressive dies and precision compound tooling to guarantee strict ±0.01mm accuracy. Our in-house tool room designs and builds custom progressive die tooling optimized for high-volume assembly production, ensuring long die life and tight tolerances. From heavy-gauge structural brackets to intricate electrical terminals & contacts, we provide a true end-to-end stamping ecosystem. Our unique integrated manufacturing advantage seamlessly bridges pure metal stamping with advanced insert molding operations under one roof, delivering a unified, single-source solution from raw alloy selection to final surface treatment.

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MANUFACTURING CAPABILITIES
Precision Metal Stamped Parts & Assemblies
Engineered for critical conductivity and uncompromising structural integrity. As an IATF 16949 certified manufacturer, we specialize in high-volume custom precision metal stamping parts that demand strict tolerances. Powered by state-of-the-art 35T and 50T precision presses and a sub-micron in-house tooling ecosystem, we expertly process high-performance copper alloys, stainless steel, and specialty metals. Our capabilities span a comprehensive portfolio, including micro-precision electrical terminals, lead frames, robust stamped metal brackets, and EMI/RFI shields. Moving beyond standard stamping parts manufacturers, we combine these stamped metal components with seamless in-house insert molding integration, delivering true one-stop, zero-defect assemblies for your most complex engineering challenges.

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TECHNICAL SUPPORT

Access expert technical guidance to optimize your component designs and resolve manufacturing challenges. Our engineering resources cover critical material selection, tolerance control, and failure prevention to ensure reliable performance in your specific application.

Springback Fix: Solar Metal Stamping Bracket Assembly Root Cause Analysis

Solar bracket springback creates assembly gaps — bolt-hole tensile stress drives micro-cracks under IEC 61215 cycling until fatigue fracture. Diagnose root causes (material temper, grain direction, HDG zinc) and apply corrective actions. Read the full root cause analysis.

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Burr Diagnosis: Solar Metal Stamping Copper Busbar Root Cause Analysis

Copper busbar burr pierces EVA encapsulant during lamination, causing Hi-Pot failure that scraps entire solar modules. Diagnose root causes (die clearance, tool wear, material temper), apply corrective actions, and verify edge quality with optical comparator data. Read the full root cause analysis.

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Die Galling: Solar Metal Stamping Copper Busbar Tool Wear Root Cause Analysis

Copper busbar die galling drops maintenance from 250k to 50k strokes, tripling solar line downtime. In this analysis, learn galling root causes, corrective actions from CrN coating to clearance optimization, and tool life verification. Read the full root cause analysis.

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Avoid Field Failure: BIPV Solar Metal Stamping Compliance Guide

An S355 bracket passes FEA — then a punched hole defect initiates a fatigue crack from vortex shedding the static analysis missed. In this guide, you'll learn EN 1090-2 EXC3 fabrication, silicone-compatible gasket specification, and 3D adjustable bracket geometry. Read the BIPV compliance guide.

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Avoid Field Failure: Residential Rooftop Solar Metal Stamping Compliance Guide

A bracket with flange flatness above 0.10 mm passes visual QC, then leaks through the EPDM seal within five years. In this guide, you'll learn C70250 vs C17200 terminal alloy selection, UL 2703 bonding verification, and cut-edge corrosion process decisions. Read the full compliance guide.

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Avoid Field Failure: Floating Solar Metal Stamping Compliance Guide

HDG zinc consumed at 8 µm/year at the cut edge in C5 salt spray — the bracket fails at year 12 while DC continuity reports normal. In this guide, you'll learn ZAM self-healing coating selection, 316L-to-aluminum galvanic isolation, and DNV-ST-0119 mooring validation. Read the full compliance guide.

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SERVICES LIBRARY

Explore Other Industrial Services Available

Low Volume Metal Stamping

Bridge the gap from prototype to production with cost-effective soft tooling, 4000W laser cutting, and 3-7 day rapid turnarounds. No strict MOQ required.

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Assembly Services

High-volume progressive stamping up to 1,500 SPM with ±0.001″ precision. Turnkey solutions from in-house die design to reel-to-reel packaging for critical industries.

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High-Volume Metal Stamping

500M+ annual parts capacity with high-speed progressive dies, delivering zero-defect precision stamping at up to 800 SPM.

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Metal Stamping Tool & Die Manufacturing

Eliminate month-long design iteration bottlenecks. Receive high-fidelity 0.01mm precision functional parts in just 3 business days.

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TECHNICAL REFERENCE

Answers to common questions regarding precision, tooling, materials, and our integrated molding capabilities.

What rapid prototyping technologies do you use prior to hard tooling fabrication?

We utilize Wire EDM prototyping, high-precision waterjet cutting, 3D printing, and chemical etching to produce functional, production-representative metal samples. Combined with Siemens NX 3D simulation software, we validate strip layouts, material springback, and mechanical fitment in days—preventing costly design revisions before cutting hard steel.

What is the typical lead time for DFM analysis, prototype samples, and T1 production tooling?

We provide a comprehensive Design for Manufacturability (DFM) report within 24 hours of receiving your 3D CAD files. Prototype samples generated via Wire EDM or laser cutting typically deliver in 3 to 10 business days. Custom progressive hard dies require 4 to 8 weeks for complete build, T1 sample submission, and PPAP approval.

How do you maintain tight tolerances and quality capability (Cpk) during high-speed stamping?

Our multi-station progressive dies achieve critical dimensional tolerances strictly down to +/-.001″ (+/-.025 mm). Active Bruderer and Minster press lines feature in-die sensor monitoring and high-resolution camera vision systems to verify every stroke, maintaining high capability indices (Cpk >= 1.33 / Ppk >= 1.67).

Which raw metals, exotic alloys, and pre-plated finishes can you stamp?

We process a complete spectrum of metals ranging from .002″ (.051 mm) ultra-thin micro-gauges to .375″ (9.0 mm) heavy-gage stock. Materials include Copper Alloys (Beryllium Copper, Phosphor Bronze, Brass), Stainless Steel, Carbon Steel, Aluminum, Titanium, and Platinum, as well as pre-plated and selectively-plated strip metals.

Can you integrate secondary operations, hardware insertion, or plastic molding into the die?

Yes. We specialize in automated in-die joining, replacing expensive secondary machining with continuous-strip operations. Capabilities include in-die tapping, hardware insertion (studs, nuts, crush bushings), electron beam (EB) welding, and continuous-strip overmolding, reducing total program costs by up to 30%.

Who owns the progressive tooling, and how is long-term die maintenance handled?

You retain 100% ownership of all custom progressive dies. We offer guaranteed lifetime die maintenance at no extra cost throughout the active production program. All sharpening, refurbishment, and preventative maintenance are executed in our fully-equipped in-house tool room.

What quality certifications and inspection equipment guarantee zero-defect production?

Our manufacturing plant operates under strict IATF 16949 and ISO 9001 certified quality management systems. Our metrology lab is equipped with Zeiss CMMs, OGP smart optical scopes, and Keyence non-contact vision systems for automated first-article (FAIR) and full statistical SPC verification.

What is your maximum press speed, tonnage range, and monthly manufacturing capacity?

We operate automated press fleets ranging from 30 to 90+ tons with speeds up to 1,500 strokes per minute (SPM). With expansive press beds up to 57″ x 33″, our facility maintains a monthly throughput capacity exceeding 50 million high-precision stamped components for automotive, EV, electronic, and industrial programs.

Still have questions?

Our engineering team loves solving complex problems. Chat with us or send your drawing for a review.

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Rapid Prototype Metal Stamping Services

Are Prototype Tooling Flaws Threatening Your NPI Timelines?

False Feasibility from Non-Production Tooling

Severe Springback & Edge Micro-Cracking in High-Yield Alloys

Multi-Vendor Disconnects in Hybrid Insert Molded Assemblies

Precision Prototype Stamping & Rapid Tooling Solutions

Advanced DFM & Stamping Simulation

Production-Intent Rapid Tooling Capabilities

Turnkey Hybrid Assembly & Insert Molding

Smart Quality Assurance & Traceability

Engineering Precision Across Every Substrate & Tolerance Limit

Precision Manufacturing Limits & Tooling Envelope

Advanced Material & Substrate Portfolio

Equipment Assets & In-Die Feature Capabilities

IATF 16949 Certified Precision for Mission-Critical Prototypes

Rapid Prototyping Services for Custom Metal Components

High-Precision Terminals, Pins & Electrical Contacts

Key Components

Semiconductor Lead Frames & Sensor Prototypes

Key Components

Heavy-Duty Busbars & Power Distribution Hardware

Key Components

EMI/RFI Shielding & Precision Spring Components

Key Components

Precision Brackets, Housings & Structural Assemblies

Key Components

Integrated High-Speed Stamping, Prototyping & Supply Chain Solutions

Advanced Press Technology & Smart Monitoring

Comprehensive Material Processing & Exacting Specifications

Rapid Prototyping, Siemens NX DFM & Tooling

Custom Stamping Features & In-Die Assembly

Quality Assurance, Metrology & Turnkey Supply Chain

Explore Our Precision Metal Stamped Parts & Custom Components

Industries Served

EV Metal Stampings

Plastic-Metal Stampings

Solar

Logistics

Semiconductors

Medical

Consumer Electronics

Aerospace

Energy

Defense

Metal Stamping & Die Tooling

Precision Metal Stamped Parts & Assemblies

Engineering Solutions & Design Insights

Explore Other Industrial Services Available

Low Volume Metal Stamping

Assembly Services

High-Volume Metal Stamping

Metal Stamping Tool & Die Manufacturing

Frequently Asked Questions

What rapid prototyping technologies do you use prior to hard tooling fabrication?

What is the typical lead time for DFM analysis, prototype samples, and T1 production tooling?

How do you maintain tight tolerances and quality capability (Cpk) during high-speed stamping?

Which raw metals, exotic alloys, and pre-plated finishes can you stamp?

Can you integrate secondary operations, hardware insertion, or plastic molding into the die?

Who owns the progressive tooling, and how is long-term die maintenance handled?

What quality certifications and inspection equipment guarantee zero-defect production?

What is your maximum press speed, tonnage range, and monthly manufacturing capacity?

Still have questions?

Request DFM & Quote