Get custom metal and plastic parts manufactured with engineer-led DFM support, documented quality control and reliable global delivery.
Samshion offers full support for your entire product lifecycle from sample making to volume production.
Validate form, fit, assembly and functional intent before investing in production tooling. Depending on the test objective, the route may use CNC machining, 3D printing, sheet metal fabrication or vacuum casting.
Move a released design into pilot quantities or repeat orders with controlled revisions, confirmed materials, defined finishes and an agreed inspection scope. Dedicated fixtures or tooling may be recommended when they improve consistency or unit economics.
We committed to providing custom manufacturing solutions perfectly adapted to each client’s unique requirements. Every project is assigned a dedicated project manager and backed by a professional expert team fully organized for your project. Covering the entire process from prototyping through mass production, we adopt cutting-edge manufacturing technologies to consistently deliver premium quality that surpasses customer expectations
Multi-axis milling and CNC turning for custom metal and engineering-plastic components, from individual prototypes to repeat production. Feature-level tolerance capability is reviewed from the drawing rather than promised as one universal value.
Tooling and molded plastic parts for designs that have reached suitable maturity and quantity. DFM review covers draft, wall thickness, ribs, bosses, gates, ejection, resin behavior and appearance requirements.
Laser cutting, bending, hardware insertion, welding and finishing for brackets, panels, frames, covers and enclosures. Drawings should identify material thickness, bend requirements, hardware, welds and cosmetic surfaces.
Additive manufacturing for fast design iteration, complex geometry, assembly checks and selected end-use applications. The process and material are chosen around strength direction, surface, dimensional needs and test purpose.
Polyurethane parts reproduced from a master pattern for small batches of appearance models and functional prototypes. Casting materials can simulate selected characteristics of molded plastics but are not automatically identical to production thermoplastics.
Custom and standard aluminum profiles with secondary cutting, CNC machining and finishing. Die requirements, alloy, temper, quantity, profile geometry and finish are reviewed before quotation.
Explore customer-designed parts produced through sheet metal fabrication, CNC machining and injection molding. These projects highlight different materials, production stages and manufacturing priorities, from enclosure fit to transparent appearance and deformation control.
This heat-sink component for a telecommunications enclosure was CNC-machined from solid 6061-T6 aluminum for a low-volume project. Flatness, hole locations, threads and overall dimensions were addressed as part of the machining requirements, followed by black anodizing.
This automotive lamp cover was injection-molded from PC for batch production, with clear appearance and dimensional conformity as the main requirements. CMM inspection supported dimensional verification of the molded component, alongside the project’s separate appearance requirements.
This computer enclosure prototype was produced from galvanized steel sheet using cutting, bending, press-in fastener installation and assembly. The project focused on fit between enclosure components and the overall appearance of the assembled unit, while retaining the sheet’s existing galvanized surface.
This ring-shaped consumer electronics component was CNC-machined from 6061-T6 aluminum as a prototype, retaining its as-machined metal surface. The project focused on controlling machining deformation in the part, with CMM inspection used to check dimensions after machining.
A successful manufacturing project requires more than machine capacity. It requires clear communication, practical engineering feedback and quality controls that remain consistent from quotation through delivery.
We evaluate geometry, material, tolerance, quantity and finishing requirements before recommending a manufacturing process.
Our engineers identify tolerance conflicts, thin walls, inaccessible features, tooling risks and unnecessary cost before manufacturing begins.
A dedicated contact coordinates technical questions, quotation details, production updates, inspection requirements and shipment information.
Keep the same manufacturing partner as your project moves from design validation to pilot production and repeat orders.
A clear four-step workflow keeps technical requirements, production status and quality documentation aligned throughout your project.
Send your CAD files, drawings and project requirements. Include the required material, quantity, tolerance and finish whenever available.
Our team reviews manufacturability, confirms the production process and provides pricing, lead time and engineering feedback.
After the quotation, specifications and purchase order are approved, production begins according to the confirmed requirements.
After the quotation, specifications and purchase order are approved, production begins according to the confirmed requirements.
Quality control begins before production. Our engineers review your drawings, materials, tolerances and inspection requirements so that critical features are understood before manufacturing starts.
SAMSHION manufactures customer-designed components for product-development and production programs where interfaces, material choice, dimensional control, appearance and documentation matter.
Feedback from customers who worked with Samshion on custom manufacturing projects.
Please provide the current 3D CAD model and a corresponding 2D drawing wherever dimensions, tolerances, surface requirements or acceptance criteria apply. Include the material, quantity, finish and delivery requirements using the RFQ checklist below. Any conflicts between the model and drawing are raised for clarification before production.
We support individual prototypes, small batches and repeat production. The appropriate manufacturing route depends on part geometry, material and quantity. Projects requiring dedicated molds or custom extrusions may also involve tooling costs and minimum material quantities. These conditions are explained during quotation.
Quotation timing depends on the completeness of your files and the complexity of the project. Production lead time also depends on material availability, tooling or fixture preparation, quantity, finishing and inspection requirements. Share your target delivery date when requesting a quote so we can assess feasibility and confirm production lead time and shipping arrangements.
Identify critical dimensions, tolerances, datums and mating requirements on the drawing. We assess feasibility against the manufacturing process, material, part geometry, finishing and measurement methods. Achievable tolerances vary by process and feature, so one general accuracy figure does not apply to every part.
Inspection is planned around the approved drawing and order requirements, including applicable first-off, in-process and final checks. Dimensional reports, CMM reports, material certificates and Certificates of Conformance should be requested and confirmed during quotation. Formal First Article Inspection (FAI) reports or customer first-article approval requirements must be agreed separately and are distinct from routine internal first-off checks.
If your project requires a non-disclosure agreement (NDA), contact us before sending sensitive files and provide your agreement or confidentiality requirements. Share protected project information after both parties have confirmed the arrangements. Please also identify any restrictions concerning customer names, product applications or other confidential information.
