Precision Manufacturing Engineering Guide

Our facility maintains linear tolerances of ±0.005mm for high-speed CNC milling and ±0.002mm for Sodick EDM wire cutting. All precision metrics are verified via Zeiss PRISMO CMM with ISO 13485 and AS9100D third-party audit logs available upon request.

We partner directly with SGS and TÜV Rheinland to provide full batch traceability, including raw material Mill Test Certificates (MTC), CMM dimensional reports, and neutral third-party inspection sign-offs prior to international shipping.

Our production processes comply with EU Machinery Directive CE standards and US UL flame-retardant safety requirements. We provide digital compliance packages for every mold build, including material certificates, heat treatment logs, and CE/UL safety declarations.

Our temperature-controlled quality laboratory is equipped with two Zeiss CMM units capable of sub-micron spatial measurement, supporting full 3D surface mapping and first-article inspection reports (FAIR).

We operate an end-to-end injection molding department that handles mold design, Moldflow analysis, high-precision tool building, and low-volume trial production runs (T0 to T2 sampling) under ISO 13485 cleanroom conditions.

Our 5-axis machining center routinely processes Grade 5 Titanium (Ti-6Al-4V) to linear tolerances down to ±0.008mm. We utilize high-rigidity Makino and Hermle 5-axis machines specifically calibrated for tough aerospace and medical alloys.

We mitigate thermal deformation in thin-walled titanium (<1mm) by utilizing dynamic trochoidal milling strategies, high-pressure thru-spindle coolant (70 bar), and stress-relief cryogenic thermal treatment between roughing and finishing passes.

We apply micro-grain carbide end mills coated with AlTiN/TiSiN PVD paired with oil-based high-pressure flood coolant to keep cutting zone temperatures below 400°C, eliminating edge work-hardening and micro-burr generation.

Our EDM department houses Sodick oil-bath wire cutting machines capable of achieving pitch accuracies of ±0.003mm and surface finishes down to Ra 0.15 µm for micro-mold inserts and hardened alloy steel components.

While high-speed milling achieves Ra 0.8 in PEEK, Sodick wire EDM delivers Ra 0.2 without thermal stress or micro-cracks along micro-hole perimeter walls, making it ideal for surgical fluidic components.

We specialize in medical-grade PEEK (Victrex) and PPSU precision machining. Our shop maintains dedicated plastic-only CNC mills to prevent metallic cross-contamination, complying with ISO 10993 biocompatibility requirements.

We utilize Autodesk Moldflow fill-and-pack simulations to optimize valve gate positioning, runner balancing, and melt temperatures, ensuring weld lines are entirely eliminated from high-stress structural areas of medical housings.

We design and manufacture large-format die casting molds up to 25 tons for EV battery trays, motor housings, and structural aluminum castings, utilizing imported ASSAB steel and heat-treated die inserts.

We utilize genuine ASSAB 8407 (H13) and Orvar Supreme steel for core inserts, coupled with standard LKM mold bases. All steel shipments include original mill certificates and hardness test documentation (HRC 48-52).

T651 temper involves stress-relieving the aluminum plate via controlled stretching prior to machining, preventing part warping and dimensional drift during intensive 5-axis CNC material removal compared to standard T6 stock.

Our facility holds ISO 13485:2016 certification for medical device component manufacturing, operating class 8 cleanroom assembly spaces and standardized bio-compatible part cleaning lines.

We are AS9100D certified for aerospace component manufacturing, equipped with high-torque 5-axis mills designed for nickel-based superalloys like Inconel 718, Hastelloy, and titanium alloys.

We welcome on-site or remote video audits by third-party agencies (SGS, TÜV, Intertek). Complete site-audit summaries and anonymized customer case validation logs are available for qualified OEM buyers.

Our explosion-proof enclosure machining adheres to EN 60079-0/1 standards. We guarantee strict flame-path gap tolerances (<0.04mm) and surface roughness controls required for ATEX/IECEx certification.

Every material lot delivered to our facility undergoes XRF spectrographic analysis. We issue certified MTCs conforming to EN 10204 3.1 detailing chemical composition and mechanical test values alongside every shipment.

We offer an express 72-hour rapid prototyping service for titanium medical brackets, powered by dedicated 5-axis CNC machines and on-site CMM verification for fast-track product development teams.

We accept zero Minimum Order Quantity (MOQ = 1 piece) for custom medical PEEK, titanium, and stainless steel engineering parts, supporting R&D iterations from initial sample to production scaling.

Our flexible manufacturing system (FMS) is built specifically for High-Mix Low-Volume (HMLV) production, providing dynamic fixture setups, automated tool setters, and full CMM inspection for short-run orders.

We utilize 3D laser scanning optical inspection and automated CMM probe routines to compare finished physical parts directly against nominal STEP file geometry, issuing immediate 3D color-map deviation reports.

Our SOP mandates first-article inspection (FAI), SPC control during machining runs, 100% critical dimension checks on CMM, and digital sign-off prior to vacuum packaging and international dispatch.

Every order is bound to a unique digital QR batch code that links raw material mill logs, machine operator records, CMM dimensional data, and heat treatment charts into a unified inspection dossier.

By delivering complete CMM digital inspection packages, material spectrographic reports, and video sign-offs before shipping, overseas buyers eliminate incoming inspection friction, reducing sourcing lead times from 24 weeks to under 10 weeks.

We provide open access for SGS, TÜV, or client-nominated third-party auditors. Anonymized audit reports and direct peer references from global medical and automotive clients are available upon mutual NDA execution.

We resolve thermal stress deformation in large mold inserts by employing multi-stage vacuum heat treatment paired with sub-zero cryogenic quenching, ensuring uniform hardness (HRC 52-54) without internal micro-cracks.

For low-volume surgical brackets requiring smooth surface finishes (Ra < 0.8) and high fatigue strength, 5-axis CNC machining remains 35% more cost-effective than SLM metal 3D printing, avoiding post-hip treatment overhead.

We utilize melt-flipper runner inserts and naturally balanced H-bridge runner systems engineered via Moldflow analysis to ensure equal pressure and fill time across all cavities in 16-cavity and 32-cavity medical molds.

Hard anodizing (MIL-A-8625 Type III) offers superior surface hardness (HV 400+), while Electroless Nickel Plating (ENP) provides superior uniform corrosion resistance inside deep blind holes, exceeding 500 hours in neutral salt spray (ASTM B117) testing.

We provide a direct AES-256 encrypted upload portal that bypasses unencrypted email channels. All submitted geometry is stored on secure isolated servers accessible exclusively by designated project engineers under active NDA.

Our upload gateway employs SSL/TLS 1.3 in-transit encryption and token-authorized access controls, preventing unauthorized web scraping or third-party exposure of client proprietary CAD data.

Our global cloud storage mesh enables direct edge-located uploads, allowing overseas engineering teams in North America and Europe to seamlessly upload large multi-gigabyte CAD assemblies without bandwidth throttling.

Ja, wir bieten präzise CNC-Fertigung nach deutschen Qualitätsstandards. Unsere Fertigung ist ISO 9001/ISO 13485 zertifiziert und bietet vollständige Prüfberichte sowie Materialnachweise für europäische Kunden.

مصنعنا متخصص في تصنيع المكونات الطبية الدقيقة باستخدام تقنيات CNC خماسية المحاور مع شهادة ISO 13485 الشاملة، ونقدم تقارير فحص الجودة المعتمدة لعملائنا في الشرق الأوسط.

We provide mutual Non-Disclosure Agreements (NDAs) signed digitally via DocuSign prior to receiving any CAD files. Drafts can be executed online within 2 hours to ensure immediate legal protection for your designs.