Precision machined parts are supplied from titanium, nickel alloys and other non-ferrous metals according to customer drawings. Typical parts include titanium blocks, shafts, sleeves, flanges, spacers, nozzles, fasteners, build plates, sputtering targets, tube sheets and CNC machined components used in chemical equipment, aerospace machining, medical-related fixtures, electrochemical assemblies and industrial systems.Machined-part RFQs should include 2D drawings, 3D models when available, material grade, tolerance, surface roughness, heat treatment or annealing requirement, thread details, marking, inspection report and packing method. For tight-tolerance components, Beiyu reviews raw material route, machining allowance, critical dimensions and documentation before confirming quotation details. Critical surfaces, threaded areas, sealing faces and burr-control requirements should be marked clearly so inspection can focus on the features that affect assembly.
Precision Machined Parts products
Showing 1-4 of 4 products
Grade 2 Titanium Tube Sheet | Heat Exchanger and Condenser Tube PlateGrade 2 titanium tube sheet for heat exchangers, condensers, evaporators and corrosion-resistant tube bundle assembliesView & RFQ >GRADE 5
Titanium Build Plate for Metal 3D Printing | Grade 5 / Grade 23Precision machined titanium build plates for metal 3D printing systems using Grade 5, Grade 23 or Grade 2 titaniumView & RFQ >TARGET
Precision Machined Metal Sputtering Targets | High Purity Custom Titanium & AlloyPrecision machined metal sputtering targets and backing plates for thin-film depositionView & RFQ >MACHINED
Titanium Precision Machined Parts | Custom CNC ComponentsCustom titanium CNC machined parts for aerospace-related, medical-related, marine, chemical equipment and industrial applicationsView & RFQ > Choose the machined-part route from the drawing
This category separates four drawing-based RFQ routes. Select the closest product route first, then send the material, dimensions, tolerance, inspection and document requirements that control quotation.
| Part route | Use this route when | RFQ inputs to define | Product page |
|---|---|---|---|
| Custom titanium CNC parts | The drawing covers shafts, sleeves, blocks, brackets, spacers, nozzles or other turned and milled components. | 2D drawing, STEP or other 3D file, grade, material standard, critical dimensions, tolerance, threads, finish, quantity and inspection scope. | Custom CNC components |
| Titanium tube sheets | The part is drilled or machined for heat-exchanger, condenser or evaporator tube-bundle assembly. | Outside diameter, thickness, tube-hole pattern, groove or sealing details, grade, drawing revision and dimensional inspection. | Grade 2 tube sheet |
| Metal 3D-printing build plates | The drawing defines a reusable platform or base plate for a metal additive-manufacturing system. | Plate dimensions, flatness and hole pattern from the buyer drawing, grade, surface requirement, quantity and inspection report. | Titanium build plate |
| Sputtering targets and backing plates | The order is for a machined target, backing plate or drawing-based thin-film deposition component. | Material or purity requirement, target and backing-plate dimensions, bonding or assembly scope, surface, quantity and acceptance criteria. | Machined sputtering targets |
Send the drawing, material grade and standard, critical dimensions, tolerance, finish, threads, quantity, inspection and document scope.
Email drawing-based RFQPrecision Machined Parts RFQ questions
Which Precision Machined Parts grade should be specified?
Select the grade by service medium, strength requirement, forming or machining route and any buyer drawing. Common options in this category include Gr 2, Gr 5, Gr 7, Gr 12.
Which standards apply to Precision Machined Parts RFQs?
The purchase order should state the applicable material or project standard. Typical references for this category include Drawing tolerance, CNC machining, PMI if required, Dimensional report.
What information should be sent for quotation?
Send grade, standard, dimensions, tolerance, quantity, surface condition, application, destination and required documents such as MTC or EN 10204 3.1.
More about Precision Machined Parts
Specification detail with sources
ASTM B348 sets the feedstock split behind most titanium machined parts: Grade 5 bar carries a minimum tensile strength of 895 MPa against 345 MPa for Grade 2, the gap that sends one grade to structural components and the other to corrosion wetted parts. On medical related work the UNS number matters as much as the grade name, because Grade 23 runs as R56407 in B348 while surgical implant material to ASTM F136 carries R56401, two designations a machining drawing should never leave ambiguous.
Beiyu supplies these parts machined from base material inside its own documented titanium range, bar from 1 to 500 mm diameter with tolerance held to h6 through h9 by order, plate from 0.5 to 70 mm and seamless tube from 5 to 325 mm outside diameter, so the raw material route behind a tight tolerance component is quoted from recorded figures rather than assumed. Alongside the drawing itself Beiyu reviews grade, standard, dimensions, tolerance, surface condition and inspection scope before confirming a quotation, and finished parts ship with chemical composition checked through one of two laboratory routes and MTC with EN 10204 3.1 under heat number traceability by order scope.
Request a quote for Precision Machined Parts
Send grade, standard, size, tolerance, quantity, application and certificate requirements for review.