Casa / Produzione di stampi per il settore automobilistico

Automotive Injection Mold Making

We have kept steady growth for more than ten years in the highly competitive automotive mold industry.

Se necessario, è possibile firmare un NDA prima del preventivo.

Types & Technologies - Automotive Mold Portfolio

Stampo a più cavità

Offers high-cavity precision mass production, especially for the large-scale production of small automotive electronic components.

Stampo a canale caldo

Recommended for larger automotive exterior parts to get a scrap-free and efficient production plan.

Two Shot Mold

Meets the appearance and functional needs of multi-material or multi-color for automotive interior parts

Over Mold

Provides reliable soft-hard rubber overmolding solutions for parts that need sealing or a comfortable touch.

Stampo per inserti

Enables precise integration of metal and plastic in automotive powertrain or electronic units.

Automotive Molds We Made

Automotive Emblem Mold

Door Armrest Mold

First Mold started with rapid tooling and expanded into making production molds a decade ago. Today, we have stood out in the highly competitive field of automotive molds, becoming a reliable high-quality component supplier working with automotive clients.

Automotive Prototype Tooling

automotive production tooling at First Mold

Automotive Prototype Tooling

What makes a good automotive injection mold?

Automotive molds have the features of “high precision requirements”, “long service life”, “complex structures” and “strong customization capability”. To make high-quality automotive molds, the core of a factory is the closed loop of comprehensive capabilities that combines technology, management, experience and resources.

Design-Led Engineering

Design decides the mold’s “inherent design essence”, while machining affects how well this “inherent essence” is achieved. Our engineering team leads in doing in-depth DFM and structural optimization, using a group of high-precision equipment like 5-axis machining centers and EDM machines.

Accountability Management

We put customer cost control first. First Mold uses a transparent project management system with clear responsibility checkpoints. Active team work and quick communication make sure every step of each automotive mold is done perfectly.

Experience-Based Databases

From hundreds of automotive mold projects, we have met and fixed all kinds of technical defects. We have slowly built up a unique “defect database” and “solution library”. We actively use these in design and machining to avoid all sorts of possible problems.

Verified Resource Network

We have set up stable cooperation with top material suppliers, surface treatment partners, and famous hot runner system brands. We ensure reliable materials and spraying processes, trying our best to meet customers’ needs for one-stop services.

Design impeccabile, precisione definita

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Automotive Mold Life Standards

Project Phase & Business Goal	Mold Life Design Standard	Typical Automotive Application
Concept Validation & Design Iteration	10,000 – 50,000 cycles	Parts for concept cars, design review prototypes, supporting rapid design changes.
Engineering Validation & Testing (DVP)	50.000 - 200.000 cicli	Parts for durability, crash, environmental (thermal, corrosion) testing.
Pre-Production & Tooling Verification	200,000 – 500,000 cycles	Off-Tool Samples (OTS), line integration trials, low-volume pilot builds.
Mid-Volume Production Program	500,000 – 1 million cycles	Mid-cycle refresh components, specific parts for electric vehicles.
Full-Lifecycle High-Volume Production	1 million+ cycles	High-wear interior components, key exterior body panels for platform vehicles.

Note on Industry Standards: The above life cycles are engineered based on project requirements. For detailed information, please refer to our dedicated guide: Understanding SPI Mold Standards.

How Do We Extend Their Service Life?

We create and carry out specific steps to make your mold last longer, no matter what its its design cycle target is. To protect the money you spent on your tooling, we focus on preventing problems and making your molds last.

Error Prevention in the Mold Design Phase

We avoid potential risks by optimizing the structure, matching the characteristics of automotive parts, reserving maintenance space, and using defect databases and other methods.

Mold Post-Processing

We perform surface nitriding and apply anti-rust paint to the core moving parts of the mold. For special molds, PVD coating is adopted.

Regular Mold Maintenance

10000 cycles
o
1 month

Disassemble the mold, check the wear condition of ejector pins, sprue bushings and sliders, and replace them in a timely manner; clean up sludge and residue inside the mold; reapply anti-rust grease.

50000 cycles
o
3 months

Check the cavity size tolerance with a coordinate measuring machine; grind and repair guide pillars and guide bushes if the clearance is too large; re-perform nitriding treatment if the surface hardness decreases.

100000 cycles
o
6 months

Fully disassemble the mold, inspect the mold base, cavity and core for fatigue cracks; replace aging seals (e.g. O-rings); carry out overall anti-rust treatment on the mold.

Mold Surface & Texture

Besides basic durability, a mold‘s surface decides the final part‘s look, feel, and performance. We’re good at many kinds of finishing technologies to fit strict automotive requirements—from scratch-hiding textures to high-gloss Class-A surfaces.

Texturing Process (Etching/Engraving)

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Texturing Process

Chemical etching to create textures

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Mold After Texturing

Mold with specified textures

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Final Automotive Part

Automotive components with matching textures

Most interior parts use texturing. Components like dashboards, door panels, and center consoles get better texture, less plastic look, no glare, and hidden parting lines. We have a standard texture library and custom texture development that fits your design needs, helping you get unique brand recognition.

Precision Polishing (Mirror Finish)

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Polishing Process

Mechanical mirror finish grinding

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Polished Mold

Mold surface with mirror finish

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Final Automotive Part

High-gloss vehicle part

Precision polishing is needed for high-gloss exterior parts (grilles, trim strips) and transparent optical parts (lamp covers, lenses). We always achieve various polish grades from matte (VDI 18) to super mirror finish (SPI A1). Our polished automotive parts have no flow marks , and meet the strictest appearance standards.

Performance Coating (Wear & Corrosion Resistance)

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Coating Process

DLC coating deposition

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Coated Mold

Mold with protective coating

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Final Automotive Parts

No special visual effect

By putting an ultra-thin special material (e.g., titanium nitride, diamond-like carbon DLC) on the mold surface, it can stop parts sticking. We can make wear resistance stronger (good for glass fiber reinforced materials), and increase thermal conductivity.

Consult Our Finishing Experts

Your Auto Mold Project Workflow

If you pick a rapid prototype mold or a high-volume production tool, you go through the same six organized stages. The difference is in how much engineering and validation there is at every step and delivery time.

Passo	Our Shared Actions	Automotive Rapid Tooling	Automotive Production Tooling
1. Upload 3D Files	You upload stp files; we make initial review.	Fast feedback on design for prototyping.	In-depth review for optimal manufacturability and cost.
2. Design & Engineer	We create mold designs; you review and approve.	Simple, efficient design focused on fast production	Full simulation and lifecycle design.
3. Build & Machine	We manufacture; you receive progress updates.	Strategic methods to minimize lead time.	High-tolerance machining and surface hardening.
4. Sample & Test	We conduct T1 trial; you evaluate parts.	Form & Fit: Verifying design, assembly, and basic function.	Performance & Data: Comprehensive testing and PPAP documentation for approval.
5. Refine & Approve	We adjust; you give final approval.	Quick Turnaround: Implementing essential modifications swiftly.	Process Lockdown: Finalizing all parameters and delivering full PPAP package.
6. Deliver & Support	We deliver the mold and provide support.	Smooth Handoff: Providing essential documentation and startup guidance.	Launch Partnership: Full documentation, spares, and ongoing production support.

Build Your Auto Mold Now

FAQ for Auto Molds Making

Cos'altro devo fornire oltre ai file 3D per valutare la soluzione di stampo a iniezione per autoveicoli?

In genere, i nostri ingegneri sono in grado di fornire un preventivo accurato con i disegni 3D, le specifiche dei materiali, la quantità di produzione e i requisiti di finitura superficiale delle parti dell'auto. Se avete esigenze particolari, fatecelo sapere tempestivamente, come se aveste bisogno di una camera bianca per la produzione.

Quali sono i principali fattori che influenzano il prezzo totale di un set di stampi a iniezione per autoveicoli?

Il preventivo per gli stampi a iniezione per auto copre in genere: spese di progettazione dello stampo (non più di 5%), costi dei materiali (35%-45%), spese di lavorazione e produzione (35%-45%), spese di collaudo e modifica dello stampo (non più di 5%), oltre a spese di gestione e profitto (10%-15%). I nostri preventivi sono chiari e validi, senza costi nascosti. Eventuali costi aggiuntivi si applicano solo in caso di modifiche al contratto (ad esempio, modifiche dell'ECN da parte vostra) e devono essere confermati per iscritto in anticipo.

Quali costi sono principalmente inclusi nel preventivo per gli stampi per autoveicoli? Ci sono costi nascosti?

Il preventivo per gli stampi per autoveicoli copre in genere: spese di progettazione dello stampo (non più di 5%), costi dei materiali (35%-45%), spese di lavorazione e produzione (35%-45%), spese di collaudo e modifica dello stampo (non più di 5%), oltre a spese di gestione e profitto (10%-15%). I nostri preventivi sono chiari e validi, senza costi nascosti. Eventuali costi aggiuntivi si applicano solo in caso di modifiche al contratto (ad esempio, modifiche dell'ECN da parte vostra) e devono essere confermati per iscritto in anticipo.

Chi è di solito il proprietario dei disegni di progetto e dei diritti di proprietà intellettuale (DPI) di questi stampi?

Si tratta di beni esclusivi e personalizzati. Questo sarà chiaramente indicato nel contratto di progetto. Dopo il pagamento del saldo finale dello stampo, vi consegneremo la serie completa di documenti di progettazione. Si noti che i diritti di proprietà intellettuale dell'esperienza generale di progettazione, delle librerie di processo o dei dati dei componenti standard dei fornitori utilizzati nella progettazione dello stampo appartengono ancora ai rispettivi proprietari originali.

Come controllare e garantire l'accuratezza della lavorazione dei componenti centrali dello stampo?

Before machining: we do pre-treatment on the mold materials, run DFM analysis on your 3D files, and get high-precision equipment ready for production.

During machining: core components use a step-by-step process of rough machining → semi-finishing → finish machining → precision finishing.

After machining: our company has high-precision testing tools like CMM (Coordinate Measuring Machine), 2D image measuring instrument, laser scanning detector, and height gauge to check the dimensions of key parts like mold cores and inserts.

Se per prima cosa realizziamo uno stampo per prototipi rapidi per testare i nuovi componenti di un'auto, è possibile passare successivamente a uno stampo per la produzione a ciclo completo?

This is a pretty special situation. Normally, it isn’t possible. Because rapid vehicle molds usually use simplified designs to cut costs and save time—their basic structure can’t stand up to the stress of long-term mass production. In such cases, making a new production mold is the go-to choice for most projects.

But if you talk this through fully with us at the start of the project, we may leave room for reinforced structures and use upgradeable steel during the initial mold design. In this case, the rapid car mold might be upgraded to a production mold. Still, in most cases, our answer to this question will be no.

Come viene calcolato scientificamente il lead time degli stampi per autoveicoli? Cosa succede se la consegna è in ritardo?

Lead time is figured out based on a scientific evaluation of mold complexity and clearly written into the contract. The main factors are: design hours, procurement time for long-lead materials (e.g., special steel), processing and assembly hours, and a buffer period for mold testing.

If the delay is on our side, we will let you know right away, start a catch-up plan, and may take on corresponding responsibilities as stated in the contract. If the delay comes from your changes (ECN) or slow approvals, the lead time will be pushed back—and we will update the plan promptly and keep you in the loop with full transparency.

Quali sono gli standard di accettazione per gli stampi per auto? Qual è la procedura da seguire se non vengono accettati?

Acceptance standards are mainly based on the Mold Technical Agreement and Sample Approval Form signed by both sides. If your company hasn’t set up its own mold acceptance standards, you can refer to our article “Guida agli standard di accettazione degli stampi a iniezione“.

If our automotive mold fails testing multiple times, how to define responsibilities and costs?

The key to dividing responsibilities is Root Cause Analysis (RCA):

Our responsibility: If failure is caused by mold design flaws, machining mistakes, or material problems, we will cover all the costs and hours needed for fixes.

Joint responsibility / Your responsibility: If failure is caused by unmanufacturable flaws in your product design (that weren’t pointed out during the DFM phase) or temporary change requests (ECN), the related costs will need to be discussed separately.