Discover our original manufacturing lineup featuring multi-axis machining, structural components, and high-performance system assemblies.
Established as a premier provider of custom machining services, we built our dedicated international trade team in 2014, backed by the prestigious ISO9001 quality system certification. Through our persistent pursuit of engineering quality, we were honored with the Guangdong Contract and Trustworthy Enterprise title in 2018. The company marked further growth in 2019 by acquiring the state-accredited high-tech enterprise status alongside intellectual property management system certifications.
To sustain growing global customer demand, our office footprint scaled to 10,000 square meters in 2020, and we integrated dynamic manufacturing systems that digitized our production facilities in 2021. Today, we drive rapid, high-fidelity manufacturing processes for precision lathe components worldwide.
General features maintained at +/- 0.01mm
Achieving tolerances down to +/- 0.002mm
Providing technical consistency from single prototype runs to mass-production manufacturing runs using multi-axis CNC machines.
Complex prismatic geometry extraction. Multi-axis high-speed indexing for precise spatial configurations and components.
High-precision rotational profiles, shafts, pins, and custom fittings using state-of-the-art live tooling lathes.
Dual-spindle, multi-axis machining combined into single-setup sequences to eliminate compound setup alignment deviations.
Custom laser profiling, punching, bending, and structural enclosure fabrication with robust finishing options.
Precision investment casting and sand casting with finish-machining capabilities to optimize performance on structural components.
Engineered die forging for critical load-bearing structural parts demanding dense, high-strength structural profiles.
High-cavity injection molds and custom tooling tailored for high-volume automotive, industrial and consumer product components.
Additive manufacturing in both polymer and metallic powders, facilitating quick design iteration and complex organic internal geometry creation.
How our localized integration inside Shenzhen's industrial cluster drives quality and economic efficiency for global buyers.
Direct sourcing from leading mills permits rapid allocation of specialized metals (aircraft-grade aluminum, medical titanium, high-cobalt steel) and technical polymers like POM (acetal). This ensures continuous material traceability and lower cost overheads.
Through local industrial integration, we execute dynamic plating, technical passivation, hard-coat anodizing, and laser engraving processes within short transportation loops. This maintains rapid sample lead times (1-3 days) and mass-production cycles (7-14 days).
Our Shenzhen location provides direct access to international ocean ports (Yantian/Shekou) and air shipping hubs (Shenzhen/Hong Kong). This location enables flexible shipping configurations, quick customs handoffs, and door-to-door delivery tracking.
Balancing quality compliance, cost effectiveness, and manufacturing transparency across international borders.
Global procurement teams must balance three main constraints: meeting strict regulatory compliance, managing supply chain disruption risks, and maintaining product yield stability. Our facility addresses these requirements through our custom ERP framework. We log every batch run, starting from the raw material mill certificate up to the final dimensional CMM report.
To reduce risk for overseas customers, we offer comprehensive project support, including detailed pre-production manufacturing analysis, daily progress updates, and virtual inspections. Our processes are designed to align with strict internal requirements for aerospace, medical technology, defense, and automotive component procurement.
Embracing AI optimization, hybrid tool paths, and sustainable green manufacturing technologies.
The integration of auxiliary live milling spindles on traditional turning centers allows for single-setup component fabrication, reducing tool orientation errors and cycle times.
CAM software now leverages advanced path planning algorithms to maintain consistent material removal rates. This extends tool life and achieves smoother surface finishes (down to Ra 0.1).
With the expansion of 5G, autonomous driving, and IoT technologies, the demand for micro-scale copper RF connectors requires Swiss-type micro-lathes to maintain sub-micron component tolerances.
Modern manufacturers utilize advanced closed-loop filtration setups to recycle coolants, clean metal shavings, and optimize electricity usage to reduce carbon footprint.
Providing reliable performance across critical global industries.
Structural support brackets and titanium connector pins demand strict material integrity and geometric control. Our AS9100D alignment ensures compliance for high-stress aerospace applications.
High-temperature engine internals, sensor mounts, and fuel injector components must meet close tolerance specifications (within +/- 0.002mm) to perform under demanding thermal conditions.
Non-reactive biocompatible components machined to tight specifications for laboratory diagnostic equipment, surgical tool housings, and implant systems under ISO 13485 quality management.
Actuator components, custom joint axles, and high-frequency sensor casings that support continuous operation in industrial automation and manufacturing systems.
Providing reliable performance and documentation for precision-machined parts.
Multi-axis setups for complex, low-roughness components.
CMM dimensional reports for geometric tolerance verification.
Optical measurement systems for rapid, precise feature inspection.
Dedicated support to review inspection plans and production documentation.
Our facilities meet global manufacturing standards to support complex procurement projects.
Providing clear logistics documentation and support for global trade operations.
We categorize machined components with correct HS Codes (e.g., Chapter 84/85 parts classifications) to ensure smooth customs clearance. Our logistics team handles import paperwork, provides commercial invoices, and issues certificates of origin to support global shipping requirements.
We support standard shipping terms including EXW, FOB Shenzhen, CIF destination ports, and DDP delivery terms. Our logistics arrangements are structured to minimize delays and clarify tax and transport responsibilities for international customers.
Practical answers regarding engineering capabilities, ordering processes, and production management.
We are a factory located in Shenzhen, China, with 20 years of rich experience, covering 6,000 square meters. We feature complete facilities, including 3D quality inspection equipment, an integrated ERP system, and over 100 machines. If necessary, we can provide you with material certificates, sample quality inspection reports, and other documentation.
Please share detailed engineering drawings (PDF / STEP / IGS / DWG) including details on quality requirements, requested delivery dates, materials, quantity, surface treatment, and any other unique specifications.
Yes, we can work from your samples, physical photos, or detailed dimensional sketches to provide accurate pricing. Our team can also help convert these sketches into production-ready CAD models.
Yes, we provide prototype samples for verification before mass production. A sample setup fee is required, which can be credited toward the mass production run in eligible project configurations.
Generally, sample fabrication takes 1 to 2 weeks, while volume production runs are completed within 3 to 4 weeks depending on component complexity.
Our quality control includes four main verification steps:
(1) Material Inspection: We verify incoming raw material surfaces and dimensions.
(2) First Article Inspection (FAI): We verify critical dimensions before initiating full production runs.
(3) In-Process Quality Audit: We perform random sampling inspections during production batches.
(4) Pre-Shipment Audit: We complete a 100% inspection of critical features before packing and dispatch.
If you identify any dimensional or finish issues after receiving your parts, you can submit feedback via call, video conference, or email within 30 days. Our engineering team will review the issue and provide corrective actions or replacement parts within one week.
We process a wide range of metals, including Aluminum alloys (6061-T6, 7075-T6, 2024), Stainless Steels (304, 316L, 17-4 PH, 303), Brass, Copper, Carbon Steel, and Tool Steels. We also machine high-performance polymers, including POM (Acetal), PEEK, PTFE, Nylon, and Polycarbonate.
Swiss turning utilizes a sliding headstock that feeds the bar stock through a guide bushing past the cutting tool. The material is supported very close to the cutting point, which minimizes deflection and allows us to hold precise tolerances on long, slender shafts and micro-components.
Get a clear look at our manufacturing facilities, quality inspection laboratory, and automated machinery setup.
Read feedback from procurement officers and engineering departments about our component delivery performance.
"PFT delivered our custom automotive engine parts ahead of schedule. The CMM dimensional documentation matched our drawings perfectly, which simplified our internal quality verification."
"Our robotics project required custom-milled linear actuator brackets with very tight tolerances. PFT met our specifications, and the surface finish on the anodized aluminum parts was excellent."
Our technical team is available to assist with component design reviews, material selections, and project quotes.
We deliver high-precision CNC machining solutions tailored to your exact specifications. From prototyping to mass production, we handle everything with strict quality control, fast turnaround, and competitive pricing. Equipped with advanced CNC machines and a skilled engineering team, we serve industries like automotive, aerospace, medical, and electronics with unmatched accuracy and reliability.
Send Inquiry NowDiscover our custom machined parts, technical polymer components, and high-frequency connectors designed for demanding environments.
