Precision aluminum milling parts are CNC machined to tight tolerances of ±0.001–0.005 in for exact fit and repeatable performance. Fast machining and quick turn make them ideal for short runs and urgent jobs. Smooth finish, light weight, and strong form suit assemblies that need precise, durable metal parts.Usage scenarios:- Aerospace, drone frames, and aircraft fittings where light weight and tight fits matter. - Medical devices, lab tools, and diagnostic housings that require clean surfaces and exact sizes. - Automotive and motorsport parts, robotics and automation components, electronics enclosures and heat sinks, prototypes, and custom fixtures.

Aluminum CNC Parts - Prototype & Low-Volume Machining ±0.01mmHigh-precision CNC machining of aluminum parts for prototypes and low-volume production with tolerances down to ±0.01 mm. We machine common alloys (6061, 7075, etc.) using 3–5 axis milling and turning to produce complex geometries, tight fits, and threaded or tapped features. Finishing options include anodizing, bead blasting, polishing, and custom machining orientations; secondary services like assembly and inspection are available for functional validation. Fast lead times and competitive pricing make this an efficient choice for testing, pilot runs, and small-series delivery of end-use components.Usage scenarios (about 3 sentences)Designers and engineers use these precision aluminum parts for functional prototypes to verify form, fit, and mechanical performance before large-scale production. Startups and small manufacturers rely on low-volume runs for pilot products, custom enclosures, brackets, and replacement parts for equipment. Industries such as aerospace, medical devices, robotics, automotive R&D, and consumer electronics commonly use these parts for housings, fixtures, mounts, and critical mechanical components.

Under the bright hum of a focused workshop, a laser traces clean, flawless lines through sheet metal like an artist finishing a masterpiece. Each part arrives with pinpoint precision and lightning-fast turnaround, so your prototypes and productions move from idea to reality in record time. All this premium quality comes at a smart, low cost—perfect for savvy builders who want stunning results without the sticker shock.

At BERGEK Custom Precision Fabrication, the shop wakes with a soft chorus of presses and lasers as skilled hands coax cold metal into clean, confident forms. In this scene of measured hums and pinpoint accuracy, sketches become bespoke components delivered on time and true to the micron. BERGEK blends craftsmanship and engineering to turn your design dreams into durable, elegant metal solutions that elevate every project.

Custom precision pressed sheet metal components are made by stamping and forming flat metal sheets into exact parts. High‑pressure dies and presses produce tight tolerances, consistent shapes and repeatable quality. Common materials include carbon steel, stainless steel, aluminum and copper, with finishes and secondary work (bending, welding, tapping, coating) added as needed. They are cost‑effective for medium to high volumes and suit designs that need strength, light weight and precise fit.Usage scenarios:Use them as brackets, chassis, panels and mounting plates in automotive and aerospace assemblies. Use them for electronic enclosures, heat sinks, racks and connector parts in consumer and industrial electronics. Use them in medical instruments, HVAC components, industrial machines and appliance parts where precise, durable metal parts are required.

Under the warm glow of a shop lamp, a custom CNC-cut brass piece slips from the vise, its mirror-sharp edges catching light like a tiny work of art. Engineered to micron-level precision and forged for durability, these corrosion-resistant parts stand up to salt spray, steam, and endless motion without losing their fit or finish. Install one and feel the quiet confidence of flawless performance and timeless beauty in every turn and join.

In a sunlit shop the CNC spindle hums and a dull titanium block blossoms into a precisely carved part, each pass like a sculptor’s brushstroke. These custom CNC components marry hair‑fine tolerances with corrosion‑resistant strength, built to brave salt spray, sterilization, or high‑stress skies. The finished piece gleams with engineered beauty—faithful to your drawing, ready to perform for years without worry.

Precision CNC titanium machining parts — Custom Turning produces lightweight, ultra-strong titanium components machined to exact specifications using advanced CNC turning. Ideal for demanding sectors (aerospace, medical, automotive), these parts deliver tight tolerances, excellent surface finishes, and reliable material performance. Fast prototyping, scalable production runs, and strict quality inspections ensure ready-to-install, high-performance components.Selling points:- Micron-level precision for repeatable, tight tolerances- High strength-to-weight ratio ideal for weight-sensitive applications- Excellent corrosion resistance and biocompatibility (suitable for medical use)- Ability to produce complex geometries and fine features via CNC turning- Superior surface finish and concentricity for performance and aesthetics- Fast prototyping to full-scale production — flexible batch sizes- CAD/CAM support and engineering collaboration for custom designs- Rigorous quality control (CMM, dimensional and surface testing) for reliability

High-Speed Precision Brass CNC Machined Components - Custom are CNC-made brass parts produced with high-speed machining for fast turnaround. They offer tight tolerances, excellent surface finishes and reliable repeatability from prototype to production. Fully custom from your CAD files, they combine brass’s conductivity and corrosion resistance with precise, cost-effective manufacture.Selling points:- Fast delivery: high-speed tooling and optimized CAM give rapid lead times for one-offs and batches. - Superior accuracy & finish: CNC control delivers tight, repeatable tolerances and mirror-like surfaces suited for precision assemblies. - Flexible & practical: easy customization, low tooling cost and brass benefits (good machinability, conductivity, corrosion resistance) for many applications.

Custom high-precision titanium CNC turning parts are made by machining titanium bar stock on CNC lathes to exact shapes and tight tolerances. Titanium gives high strength, low weight, corrosion resistance, and biocompatibility while CNC turning delivers consistent surface finish and repeatable accuracy for threads, thin walls, and complex profiles. These parts suit small prototypes through large production runs and are made directly from CAD/CAM files for fast, reliable delivery.Usage scenarios:- Aerospace and defense: shafts, bushings, fasteners, and engine fittings where low weight and high strength are critical. - Medical and lab: surgical tools, implant components, and diagnostic fixtures needing biocompatibility and precision. - Industrial and consumer: oil & gas valves, marine fittings, automotive and motorsport components, robotics joints, precision instruments, and R&D prototypes for electronics and specialty devices.

In a sunlit workshop, a CNC lathe spins warm brass into gleaming drone components, each cut whispering of craftsmanship and care. Engineered to ±0.01mm tolerance, our CNC-turned brass parts promise perfect fit, reliable balance, and the freedom of low MOQ for prototypes or small runs. Hand one to your next drone and watch it slice the sky with confident, bespoke performance — precision that turns ideas into flight.

CNC machining turning makes precise round parts from metals and plastics. A computer-controlled lathe cuts shafts, bushings, collars, pins, threaded pieces and complex profiles to tight tolerances and smooth finishes. It works with stainless steel, aluminum, brass, titanium and engineering plastics (POM, Delrin, Nylon, PEEK). Turning is great for one-offs, prototypes and high-volume runs, and supports threading, knurling, drilling and fine surface finishes.Usage scenarios:1. Make precision shafts, pins, and threaded parts for automotive, robotics and industrial machines. 2. Produce medical device components and surgical tools where tight tolerances and biocompatible materials are needed. 3. Supply spare parts, prototypes or small-batch runs for pumps, valves, instruments and consumer products with fast turnaround.