In today’s increasingly fast-paced manufacturing environment, efficiency, reliability, and flexibility are crucial to maintaining a competitive edge. Traditional supply chains that involve multiple vendors for design, tooling, casting, and post-processing are often prone to delays, quality inconsistencies, and cost overruns. At Neway, we solve this challenge with our fully integrated one-stop metal casting service, combining all essential manufacturing steps into a streamlined, centrally managed workflow.
Our turnkey solution is ideal for OEMs, startups, and product developers seeking to accelerate time-to-market, reduce overhead, and maintain total quality control—from concept through to production and delivery.
A one-stop metal casting service provides a comprehensive, vertically integrated solution for producing custom metal parts. Instead of working with different subcontractors for design, tooling, casting, machining, finishing, and assembly, clients rely on a single source—Neway—for all manufacturing requirements.
Our integrated offering includes:
By centralizing these capabilities under one roof, we enhance communication, reduce handoff errors, and ensure consistent standards across every phase of your product lifecycle.
Consolidating design, casting, machining, and finishing in a single facility significantly reduces lead times. Tooling development, which typically takes 4–6 weeks when outsourced, can be completed in as little as 2–4 weeks at Neway. Combined with real-time production scheduling and internal part handling, this integration enables rapid prototyping, concurrent engineering, and faster delivery of both pilot and production batches.
With our ISO 9001:2015-certified quality management system, we ensure rigorous inspection and process validation at each stage. Key quality assurance features include:
Mold flow analysis and DFM validation at the design stage
In-line dimensional inspection during die casting and machining
CMM verification, surface finish evaluation, and functional testing before delivery
Because we control the entire process, any deviation can be quickly addressed, minimizing scrap rates and warranty risk.
A one-stop approach streamlines procurement, reduces logistical expenses, and eliminates duplication of overhead. Instead of managing multiple contracts, shipments, and production schedules, customers benefit from:
Consolidated vendor communication
Lower per-unit handling and packaging costs
Better pricing through volume bundling
Reduced risk of project delays and downtime
This model improves predictability and long-term cost efficiency, particularly for complex parts requiring secondary operations.
Our in-house engineering team supports clients from the earliest design phase. We assist with:
Design for manufacturability (DFM) and cost optimization
Alloy selection based on strength, heat resistance, or conductivity
Draft angle, ribbing, and wall thickness recommendations for casting
Surface treatment and finishing strategies for corrosion resistance or aesthetics
This collaborative process ensures that every part is functional, castable, and ready for scale.
Neway offers a wide range of casting processes tailored for different applications and production volumes.
Aluminum die casting: Lightweight, corrosion-resistant parts for automotive, aerospace, and electronics
Zinc die casting: High precision, fast-cycle parts with excellent surface finish and tight tolerances
Copper/brass die casting: Durable components with excellent conductivity and resistance to marine environments
These processes are supported by high-pressure casting machines with automated shot control, temperature regulation, and robotic part handling.
For larger or low-volume parts:
Sand casting: Cost-effective for large, complex geometries
Urethane casting: Ideal for bridge production and plastic-like components requiring elastomeric behavior
Each process is selected based on production quantity, design complexity, and material requirements.
To deliver finished parts, Neway performs all secondary and finishing operations in-house:
CNC machining: Features tolerances as tight as ±0.005 mm for holes, threads, and critical interfaces
Anodizing for aluminum oxidation protection
Powder coating and painting for cosmetic or corrosion resistance
Arc anodizing for enhanced wear resistance
Deburring and polishing: Sand blasting and tumbling to achieve desired Ra values
Assembly: Manual and semi-automated integration of fasteners, seals, and inserts, followed by leak testing or function checks
With these services, customers receive complete, installation-ready components that meet all dimensional and aesthetic standards.
Neway’s one-stop metal casting service is tailored to support the unique requirements of various industries:
Automotive: Structural brackets, powertrain housings, EV battery cases
Aerospace: Lightweight frames, sensor enclosures, fuel system components
Electronics: Heat sinks, EMI shielding enclosures, terminal housings
Medical Devices: Diagnostic device casings, ergonomic tools, subassemblies
Industrial Equipment: Hydraulic valves, gearboxes, actuator mounts
Whether you need 100 prototypes or 1,000,000 production units, Neway’s vertically integrated process ensures scalable quality at every level.
Fully integrated design-to-delivery workflow
Decades of metal casting expertise across multiple materials
In-house capabilities for casting, machining, coating, and assembly
Certified quality systems and global customer support
Transparent communication and turnkey service
Neway simplifies your supply chain by becoming your trusted single-source casting partner—helping you innovate faster, lower costs, and launch products more efficiently.
Contact us today to request a quote or schedule a project consultation with our engineering team.
What are the benefits of using a one-stop casting service?
Can Neway help with prototyping and low-volume production?
What is the lead time for complete casting and finishing?
Do you offer engineering consultation for DFM and material selection?
How do you ensure consistent quality across all stages of production?