Explore precision fabricated parts for prototypes, production runs, equipment assemblies, and industry-specific applications.
Ningbo Romy Fasteners Co., Ltd. (Sheet Metal Station) is a professional sheet metal fabrication manufacturer in Ningbo, China.
We specialize in five core capabilities: Laser Cutting, CNC Punching, Bending/Forming, Welding & Assembly, and Surface Treatment. From prototype to mass production, we provide one-stop customized solutions based on your drawings or samples.
With advanced equipment, experienced engineers, and a strict quality control system, we ensure every part is built to your exact specifications with high precision and consistent quality.
Our products are widely used in industrial equipment, electronics, automotive, communications, energy, and other industries. We are committed to delivering excellent quality, on-time delivery, and dependable service to customers worldwide.
From concept to completion, we deliver high-quality sheet metal enclosures and components tailored to your exact needs. Explore how our expertise, advanced equipment, and strict quality control help our customers succeed.
Bridging prototyping and production with vacuum casting, this process delivers injection-molded quality and feel for rapid design iteration and user testing of next-generation wearables.
| Capability | Details / Specifications |
|---|---|
| Part Name | Smart Wearable Bionic Housing |
| Key Material | 100+ polyurethane resin variants (Shore 10A-90A), silicone rubbers, transparent & colored resins |
| Critical Challenge | Replicating intricate micro-textures with a consistent soft-touch feel, enabling rapid iteration with multiple material properties. |
| Core Process | High-Resolution Silicone Molding & Vacuum Casting |
| Surface & Haptics | Soft-touch texture; matte or semi-gloss finish; skin-safe surface treatment. |
| Fabrication Method | High-hardness silicone tooling from 3D-printed masters; vacuum casting with resin options for varied hardness, color, and transparency. |
| Lead Time & Batch Size | First batch turnaround in 5-7 days; typical batch sizes of 10-50 units for prototyping. |
| Quality Assurance | Dimensional checks against the master model; visual and tactile inspection for texture consistency and surface finish. |
Bridging prototyping and production with vacuum casting, this process delivers injection-molded quality and feel for rapid design iteration and user testing of next-generation wearables.
| Capability | Details / Specifications |
|---|---|
| Part Name | Smart Wearable Bionic Housing |
| Key Material | 100+ polyurethane resin variants (Shore 10A-90A), silicone rubbers, transparent & colored resins |
| Critical Challenge | Replicating intricate micro-textures with a consistent soft-touch feel, enabling rapid iteration with multiple material properties. |
| Core Process | High-Resolution Silicone Molding & Vacuum Casting |
| Surface & Haptics | Soft-touch texture; matte or semi-gloss finish; skin-safe surface treatment. |
| Fabrication Method | High-hardness silicone tooling from 3D-printed masters; vacuum casting with resin options for varied hardness, color, and transparency. |
| Lead Time & Batch Size | First batch turnaround in 5-7 days; typical batch sizes of 10-50 units for prototyping. |
| Quality Assurance | Dimensional checks against the master model; visual and tactile inspection for texture consistency and surface finish. |
Bridging prototyping and production with vacuum casting, this process delivers injection-molded quality and feel for rapid design iteration and user testing of next-generation wearables.
| Capability | Details / Specifications |
|---|---|
| Part Name | Smart Wearable Bionic Housing |
| Key Material | 100+ polyurethane resin variants (Shore 10A-90A), silicone rubbers, transparent & colored resins |
| Critical Challenge | Replicating intricate micro-textures with a consistent soft-touch feel, enabling rapid iteration with multiple material properties. |
| Core Process | High-Resolution Silicone Molding & Vacuum Casting |
| Surface & Haptics | Soft-touch texture; matte or semi-gloss finish; skin-safe surface treatment. |
| Fabrication Method | High-hardness silicone tooling from 3D-printed masters; vacuum casting with resin options for varied hardness, color, and transparency. |
| Lead Time & Batch Size | First batch turnaround in 5-7 days; typical batch sizes of 10-50 units for prototyping. |
| Quality Assurance | Dimensional checks against the master model; visual and tactile inspection for texture consistency and surface finish. |
Bridging prototyping and production with vacuum casting, this process delivers injection-molded quality and feel for rapid design iteration and user testing of next-generation wearables.
| Capability | Details / Specifications |
|---|---|
| Part Name | Smart Wearable Bionic Housing |
| Key Material | 100+ polyurethane resin variants (Shore 10A-90A), silicone rubbers, transparent & colored resins |
| Critical Challenge | Replicating intricate micro-textures with a consistent soft-touch feel, enabling rapid iteration with multiple material properties. |
| Core Process | High-Resolution Silicone Molding & Vacuum Casting |
| Surface & Haptics | Soft-touch texture; matte or semi-gloss finish; skin-safe surface treatment. |
| Fabrication Method | High-hardness silicone tooling from 3D-printed masters; vacuum casting with resin options for varied hardness, color, and transparency. |
| Lead Time & Batch Size | First batch turnaround in 5-7 days; typical batch sizes of 10-50 units for prototyping. |
| Quality Assurance | Dimensional checks against the master model; visual and tactile inspection for texture consistency and surface finish. |
Bridging prototyping and production with vacuum casting, this process delivers injection-molded quality and feel for rapid design iteration and user testing of next-generation wearables.
| Capability | Details / Specifications |
|---|---|
| Part Name | Smart Wearable Bionic Housing |
| Key Material | 100+ polyurethane resin variants (Shore 10A-90A), silicone rubbers, transparent & colored resins |
| Critical Challenge | Replicating intricate micro-textures with a consistent soft-touch feel, enabling rapid iteration with multiple material properties. |
| Core Process | High-Resolution Silicone Molding & Vacuum Casting |
| Surface & Haptics | Soft-touch texture; matte or semi-gloss finish; skin-safe surface treatment. |
| Fabrication Method | High-hardness silicone tooling from 3D-printed masters; vacuum casting with resin options for varied hardness, color, and transparency. |
| Lead Time & Batch Size | First batch turnaround in 5-7 days; typical batch sizes of 10-50 units for prototyping. |
| Quality Assurance | Dimensional checks against the master model; visual and tactile inspection for texture consistency and surface finish. |
Bridging prototyping and production with vacuum casting, this process delivers injection-molded quality and feel for rapid design iteration and user testing of next-generation wearables.
| Capability | Details / Specifications |
|---|---|
| Part Name | Smart Wearable Bionic Housing |
| Key Material | 100+ polyurethane resin variants (Shore 10A-90A), silicone rubbers, transparent & colored resins |
| Critical Challenge | Replicating intricate micro-textures with a consistent soft-touch feel, enabling rapid iteration with multiple material properties. |
| Core Process | High-Resolution Silicone Molding & Vacuum Casting |
| Surface & Haptics | Soft-touch texture; matte or semi-gloss finish; skin-safe surface treatment. |
| Fabrication Method | High-hardness silicone tooling from 3D-printed masters; vacuum casting with resin options for varied hardness, color, and transparency. |
| Lead Time & Batch Size | First batch turnaround in 5-7 days; typical batch sizes of 10-50 units for prototyping. |
| Quality Assurance | Dimensional checks against the master model; visual and tactile inspection for texture consistency and surface finish. |
Upload CAD files, drawings, or product photos. We will help you confirm material, process, quantity, and production route.
Optimize design for manufacturability and cost-efficiency.
Comprehensive quality control throughout the entire production.
Premium materials to meet diverse application requirements.
Find quick answers to the most common questions about our products, services, and processes.
Heavy-duty steel mounting plates are commonly used for industrial machinery, equipment frames, electrical systems, automation equipment, and structural support applications where strength and stability are required.
Yes. We provide fully customized mounting plates based on your drawings, dimensions, hole locations, thickness requirements, and application needs.
We mainly manufacture steel mounting plates using carbon steel, stainless steel, and other metal materials according to your project requirements.
Our manufacturing processes include laser cutting, CNC punching, bending, drilling, welding, surface finishing, and quality inspection.
We offer various surface treatments, including powder coating, painting, galvanizing, and other protective finishes to improve durability and corrosion resistance.
Yes. We support prototype development, small-batch production, and large-volume manufacturing to meet different project stages.
We use strict quality control procedures, including dimensional inspection, material verification, and final product checks to ensure consistent quality.
To provide an accurate quote, please send your drawings, 3D files, material requirements, dimensions, quantity, surface finish, and delivery requirements.
Fill out the form below and upload your drawings.
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