

Sheet Metal Fabrication 快速原型制作 Konstruktions- und Entwicklungsservice Projektmanagement Montage Verpackung Versand & Lieferung
CNC Machining 快速原型制作 Konstruktions- und Entwicklungsservice Projektmanagement Montage Verpackung Versand & Lieferung
Plastic Injection Molding 快速原型制作 Konstruktions- und Entwicklungsservice Projektmanagement Montage Verpackung Versand & Lieferung


Material Process Shapes Applications
Flat sheets Press brake bending Angles, folds Enclosures, brackets
Tubes / pipes Rotary draw / roll bending Curves, arcs Frames, pipelines
Engineering Consultation That Reduces Manufacturing Risk At Starway, engineering involvement starts before production begins. Our engineers work closely with customers to review drawings, tolerances, materials, and manufacturing feasibility, identifying potential risks early and proposing optimized solutions. By integrating engineering and sales teams, we ensure that technical decisions are accurately translated into cost, lead time, and production plans — avoiding surprises during execution.
New project success depends on speed, accuracy, and adaptability. Starway operates a dedicated project development team combining engineering, prototyping, and quality control. This allows us to deliver prototypes within 1–2 weeks, validate manufacturability quickly, and resolve technical challenges through real production trials — not assumptions.
On-time delivery and consistent quality are not outcomes — they are engineered results. All orders are managed through our MES system, enabling real time production tracking, quality traceability, and cross department coordination. This system-driven approach allows us to proactively manage risks, maintain schedule integrity, and keep customers informed with accurate production data.
At Starway, Easy Shipping is another key advantage. Our goal is to make customers' shipping easy, safe, and fully trackable. Our professional logistics team helps our customers handle all types of shipments — both air and sea — including EXW, FOB, CIF, DDP, etc. Our shipping system enables us to track and monitor all shipments in transit, ensuring they arrive safely and on time. Our customers are updated regularly with their shipping status.
Stainless Steel
Grades: 304, 316
Features: High strength, corrosion resistance
Applications: Enclosures, brackets, food-grade equipment
Carbon Steel Grades: Q235, SPCC
Aluminum Grades: 5052, 6061
Copper & Brass Features: Excellent conductivity, aesthetic
Steel Tubes
(Carbon & Stainless Steel)
Strong and durable
Suitable for structural frames and pipelines
Aluminum Tubes Lightweight and corrosion-resistant
Copper Tubes Excellent thermal conductivity
CNC bending is a process that uses computer-controlled machines to bend metal sheets or tubes into precise shapes.
Common materials include stainless steel, carbon steel, aluminum, and copper alloys.
Typical tolerances are ±0.1 mm to ±0.3 mm, depending on material and geometry.
Sheet bending forms flat materials, while tube bending creates curves in pipes or tubes.
It usually depends on material thickness, but typically ≥ material thickness.
Yes, CNC bending supports multiple bends and complex geometries.
Yes, bending can cause stress, but proper design minimizes impact.
Automotive, electronics, construction, and industrial equipment.
Yes, commonly combined with laser cutting, welding, and finishing.
STEP, IGES, DXF, DWG, and PDF.
Production speed depends on complexity, but small batches are fast.
Yes, especially for custom parts and medium-volume production.
Using CNC control, tooling, and inspection.
Springback is when material slightly returns after bending.
Yes, depending on machine capacity and tooling.
Optional finishing includes coating, polishing, etc.
Upload your drawings for a fast and accurate quotation.
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