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Service für Spritzgusswerkzeuge
Unser injection mold tooling service delivers high-precision solutions that support reliable injection molding services for custom plastic parts. From rapid prototyping to full-scale production, we build durable, production-ready molds that ensure consistent quality, controlled tolerances, and fast turnaround times—helping manufacturers move from design to market with confidence.
- Quick-turn prototyping & production support – Injection mold tooling and injection molding services delivered in days.
- Certified quality & manufacturing standards – ISO 9001:2015, ISO 13485, ISO 14001:2015, and IATF 16949:2016 compliant.
- Scalable from low to high production volumes – Tooling for prototypes, bridge production, and high-volume injection molding services.
Mit unseren fachkundigen Prototyping-Dienstleistungen können Sie Ihre Produktideen schnell und präzise zum Leben erwecken.
Injection Mold Tooling Types & Solutions
Lewei Precision offers flexible injection mold tooling solutions that support end-to-end injection molding services, from early product validation to full-scale production. Each tooling type is designed to balance cost, lead time, and durability while ensuring consistent part quality and a smooth transition across production stages.
Designed for early testing, design validation, and small batches, enabling fast and cost-effective injection molding services before committing to production tooling.
Ideal for pilot runs and early market launches, supporting stable injection molding services while demand ramps up.
Engineered for long production runs, delivering repeatable quality, tight tolerances, and long tool life for high-volume injection molding services.
Optimized for higher output and reduced per-part cost, with family molds producing related components efficiently in a single injection molding process.
Why Choose Lewei Precision for Injection Mold Tooling?
Lewei Precision delivers dependable injection molding services backed by precision-engineered mold tooling, fast lead times, and strict quality control—helping manufacturers achieve consistent results from prototype to production.
Tooling Built for Stable, Repeatable Molding
Our injection mold tooling ensures consistent part quality with controlled shrinkage, minimal warpage, and repeatable cycle-to-cycle output for reliable injection molding services.
Precision-built molds support tight tolerances up to ±0.02 mm, verified through structured inspection processes to maintain dimensional accuracy.
Early DFM and feasibility reviews reduce revisions, shorten lead times, and accelerate product launch for injection molding services.
Lewei Präzision ______
Werkzeuge für optimale Leistung
Lewei Precision applies strict tooling tolerances and quality standards to support reliable injection molding services across prototyping and production. Typical tooling tolerances are planned based on part geometry, material behavior, and mold class, with tighter control applied to critical features that affect fit, function, or assembly. Non-critical dimensions are managed with practical tolerance ranges to balance performance, manufacturability, and cost efficiency.
To ensure dimensional accuracy, all tooling and molded parts are verified using calibrated inspection equipment, including CMMs, height gauges, and pin gauges, depending on feature requirements. Where required, we provide First Article Inspection (FAI), detailed dimensional reports, and material certifications to confirm compliance before production release. This structured approach ensures consistent quality, repeatability, and confidence in every injection molding project.
Dienstleistungen für den Werkzeugbau
Rapid Tooling
Wir bieten schnelle und kostengünstige Prototyping- und Rapid-Tooling-Services, damit Sie Ihre Entwürfe schnell validieren können. Unser Expertenteam arbeitet mit Ihnen zusammen, um qualitativ hochwertige Prototypenwerkzeuge zu erstellen, mit denen Sie kleine Chargen von Kunststoffformteilen produzieren können. Wir verwenden erschwingliche Aluminiumwerkzeuge, um das finanzielle Risiko zu minimieren. So können Sie Funktionstests durchführen und das Interesse des Marktes abschätzen, bevor Sie zur Serienproduktion übergehen.
Werkzeuge für Großserienproduktionen
Lewei Precision ist auf die Herstellung von langlebigen, hochwertigen Produktionswerkzeugen für die Fertigung von Kunststoffteilen in großen Stückzahlen spezialisiert. Durch die Verwendung von robusten Werkzeugstählen sind unsere Produktionswerkzeuge so konzipiert, dass sie den Anforderungen der Produktion von Hunderttausenden von Teilen standhalten. Wir passen die Materialien und Konstruktionsmethoden an die spezifischen Anforderungen Ihres Projekts an, um eine effiziente und zuverlässige Massenproduktion zu gewährleisten.
Arten von Spritzgießwerkzeugen
Lewei Precision offers multiple injection mold types to support efficient injection molding services across prototyping, low-volume, and high-volume production, ensuring consistent quality and cost-effective manufacturing.
Best for prototypes and low-volume production, offering precise control, lower tooling cost, and flexible design changes.
Designed to maximize production efficiency by molding parts on multiple levels without increasing machine size.
Produces multiple identical parts per cycle, increasing output and reducing per-part cost for scalable injection molding services.
Combines two materials or colors in one molding process, reducing assembly steps and improving part functionality.
Injection Mold Tooling Surface Finish & Texture Options
Lewei Precision offers multiple surface finish options to enhance part appearance, functionality, and durability across a wide range of injection molding services, ensuring the final molded parts meet both cosmetic and performance requirements.
Provides a mirror-like surface finish, ideal for clear parts and premium injection molding applications where appearance is critical.
Delivers a smooth, clean look at balanced cost, suitable for most standard injection molding services and general-purpose components.
Reduces glare and hides fingerprints, making it ideal for consumer products and functional plastic parts.
Adds grip, hides scratches, and improves brand aesthetics for injection molded parts with frequent handling.
Used for non-cosmetic areas where friction, grip, or part function is more important than visual appearance.
Creates a uniform, lightly roughened surface that improves coating adhesion and provides a consistent industrial look.
Tooling Manufacturing Process: From CAD to Ready-to-Run Mold
Requirement Review & Quote
CAD review, production volume, resin selection, and part requirements for accurate tooling and injection molding services.
Tool Design & Approval
3D mold design review covering cavity layout, gating, cooling, and final sign-off before production.
CNC Machining / EDM / Grinding
High-precision cavity and core manufacturing to achieve tight tolerances and repeatable injection molding performance.
Polishing, Texturing & Final Tool Assembly
Surface finishing and complete mold assembly matched to functional and cosmetic requirements.
Materialien für Spritzgussform
Werkzeugstahl für Spritzgussformen
Werkzeugstahl ist ein häufig verwendetes Material für Spritzgießwerkzeuge, insbesondere für hochpräzise CNC-gefräste Formen, die sowohl in der Klein- als auch in der Großserienproduktion benötigt werden. Werkzeugstähle bieten eine ausgezeichnete Haltbarkeit und hohe Toleranz für anspruchsvolle Anwendungen.
Typen: P20, H13, S7, NAK80, S136, S136H, 718, 718H, 738
Edelstahl wird aufgrund seiner hohen Kosten und seiner hervorragenden Leistung häufig für Spritzgussformen in der Großserienproduktion verwendet. Er ist für seine Korrosionsbeständigkeit und Langlebigkeit bekannt und damit ideal für die Großserienfertigung, bei der Haltbarkeit und Präzision entscheidend sind.
Typen: 420, NAK80, S136, 316L, 316, 301, 303, 304
Kupfer ist ein weiteres Material, das häufig für Spritzgussformen verwendet wird, insbesondere wenn die Wärmeleitfähigkeit ein entscheidender Faktor ist. Kupferlegierungen eignen sich hervorragend für Anwendungen, bei denen schnelle Abkühlungsraten erforderlich sind, und sind somit ideal für hohe Produktionszyklen und komplexe Geometrien.
Typen: C110, C172, C194, C5210
Injection Molding Services for Diverse Industries
Lewei Precision delivers reliable injection molding services and mold tooling solutions for a wide range of industries, supporting everything from precision components to high-volume production parts with consistent quality and performance.
Lewei Präzisionsspritzgießen
Wir sind auf die Entwicklung und Herstellung kundenspezifischer Spritzgussformen aus hochwertigen Materialien spezialisiert. Unsere effizienten Prozesse sorgen für außergewöhnliche Konsistenz und Wiederholbarkeit und bieten kurze Vorlaufzeiten zu wettbewerbsfähigen Preisen.
Klasse | Zweck | Shot Life | Toleranz | Kosten | Vorlaufzeit |
Klasse 105 | Prüfung von Prototypen | Unter 500 Zyklen | ± 0,02 mm | $ | 7-10 Tage |
Klasse 104 | Produktion von Kleinserien | Unter 100.000 Zyklen | ± 0,02 mm | $$$ | 10-15 Tage |
Klasse 103 | Produktion von Kleinserien | Unter 500.000 Zyklen | ± 0,02 mm | $$$$ | 10-15 Tage |
Klasse 102 | Mittelgroße Produktion | Mittelgroße Produktion | ± 0,02 mm | $$$$$ | 10-15 Tage |
Klasse 101 | Hochvolumige Produktion | Über 1.000.000 Zyklen | ± 0,02 mm | $$$$$$ | 10-18 Tage |
Vorteile
Advantages of Injection Mold Tooling
Injection mold tooling enables efficient, high-quality injection molding services by delivering consistent performance, cost efficiency, and design flexibility across production volumes.
- High repeatability and consistency – Ensures uniform part quality across every production cycle.
- Lower cost per part at volume – Reduces unit cost significantly in medium to high-volume manufacturing.
- Wide material compatibility – Supports a broad range of engineering plastics and resins.
- Excellent surface finish potential – Achieves cosmetic and functional finishes directly from the mold.
- Complex geometries achievable – Produces intricate features and tight tolerances with accuracy.
- Scalable from prototypes to production – Seamless transition from early testing to mass production.
Anwendungen
Applications of Injection Mold Tooling
Injection mold tooling supports diverse injection molding services across industries requiring precision, durability, and repeatability.
- Housings & Enclosures Protective plastic housings for electronics, equipment, and consumer products.
- Connectors, Clips & Fasteners Small, high-precision components requiring tight tolerances and repeatable fit.
- Gears & Mechanical Components Durable plastic gears and moving parts for mechanical and industrial applications.
- Medical Device Plastic Parts Precision-molded components for medical devices, where consistency and quality are critical.
- Consumer Product Components Everyday plastic parts designed for appearance, usability, and mass production.
- Industrial Plastic Assemblies Structural and functional plastic assemblies used in machinery and industrial systems.
FAQs zur CNC-Bearbeitung
How much do injection mold tooling services cost?
The cost of injection mold tooling services depends on part complexity, mold size, tooling material, number of cavities, and required surface finish. Prototype tooling is typically more affordable, while production tooling costs more due to durability and longer tool life.
What affects injection mold tooling lead time?
Lead time is influenced by mold complexity, cavity count, tooling material, surface finish requirements, and the level of validation needed. Early DFM feedback and clear requirements help reduce tooling lead time.
Which tooling material is better: aluminum or steel?
Aluminum tooling is ideal for prototypes and low-volume injection molding services due to faster machining and lower cost. Steel tooling is better for high-volume production, offering higher durability and longer service life.
Can you match a specific surface finish or texture?
Yes, injection mold tooling can be finished with polished, matte, textured, or functional surfaces to meet cosmetic and performance requirements for injection molding services.
What files are required to quote injection mold tooling?
We typically require 3D CAD files such as STEP or IGES, along with material selection, quantity targets, and surface finish requirements to provide an accurate tooling quote.
Do you provide DFM feedback before tool manufacturing?
Yes, we provide DFM (Design for Manufacturability) feedback to optimize part geometry, reduce tooling risk, and ensure smooth injection molding production before cutting the tool.
How is the injection mold validated before production?
Mold validation includes pre-production inspection, T1 sampling, dimensional checks, and corrective adjustments to ensure the tool performs reliably in injection molding services.
Can low-volume tooling be scaled to mass production later?
Yes, tooling strategies can be planned to support low-volume production first and later transition smoothly to production tooling without changing suppliers.
What tolerances can you achieve for injection molded parts?
Typical molded part tolerances depend on part geometry and material, with tighter tolerances applied to critical features. Final tolerances are confirmed during tooling review and validation.
Do you offer tool maintenance or replacement inserts?
Yes, we support tooling maintenance, repairs, and replacement inserts to extend mold life and maintain consistent quality throughout injection molding production.
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