Material and route review
Review the ceramic family, grade, blank route, geometry, datums, critical features, and acceptance risk.
Precision ceramic manufacturing | Engineering review
Precision ceramic parts built around function and acceptance
We support custom advanced ceramic parts from material and process-route review through precision machining, finishing, inspection, and protective delivery. Send the available drawing package for a scoped engineering review.
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23 ceramic product categories Prototype and production Finished-part delivery
Process
Form · machine · finish
Materials
Al2O3 · ZrO2 · Si3N4
Output
Inspected parts
Service
Custom ceramic production
Scope
Form · machine · inspect
Start
Drawing and requirement review
01 | Who we are
A ceramic manufacturing service built around finished parts
CERAMIC CNC is the precision ceramic manufacturing service of Suzhou Como Precision Materials Co., Ltd. We review the drawing, define the route, manufacture the part, complete finishing, and supply the agreed evidence.
The engineering discussion stays focused on the part: function, geometry, material state, downstream operations, acceptance evidence, quantity, and timing.
Send your drawingForming and sintering
Match pressing, injection molding, or sourced blanks to geometry, quantity, and material requirements.
Precision machining
Plan CNC machining, diamond grinding, honing, lapping, polishing, slots, holes, and edge conditions.
Inspection and delivery
Agree dimensional, surface, profile, interface, cleaning, packaging, and document requirements.
02 | What we make
23 product categories for precision, fluid, vacuum, and automation systems
The catalogue covers drawing-specific shapes, cylindrical parts, pump and valve components, semiconductor and vacuum hardware, wear parts, and material-led ceramic components.
Precision shapes
Rods, tubes, rings, shafts, sleeves, plates, pins, gauges, plungers, and structural parts.
Fluid control and dosing
Pump, plunger, filling, dispensing-valve, seal, nozzle, and corrosive-fluid components.
Semiconductor and vacuum
Vacuum pickup, wafer-handling, laser, chamber, electrical-insulation, and fixture components.
Automation and wear
Locating, guiding, sliding, wear-resistant, insulating, and precision automation components.
Medical and food equipment
Drawing-controlled ceramic parts reviewed for functional surfaces, cleaning, and packaging needs.
Electrical and high-temperature
Insulators, substrates, thermal parts, laser hardware, and structures for demanding environments.
03 | Process-route support
From functional requirements to a manufacturable ceramic route
A project can start with finished CAD or with a drawing and functional requirements. We connect material family, grade, blank or forming route, machining sequence, finishing, and acceptance evidence.
Tight tolerances are project-specific. Applying them everywhere can increase cost and fracture risk without improving function, so CTQs and datum relationships are reviewed first.
- 01
Define the function
Map loads, wear, fluid, vacuum, electrical, thermal, temperature, cleanliness, and interface requirements.
- 02
Compare material routes
Assess ceramic family, grade, blank availability, forming route, machining state, and production volume.
- 03
Review manufacturability
Balance walls, bores, slots, edges, tolerance stack-up, grinding access, lapping stock, and handling risk.
- 04
Lock acceptance
Define the drawing revision, datums, CTQs, surface criteria, inspection evidence, cleaning, and packaging scope.
Route, feature control, and evidence
Three gates before the ceramic route is frozen
Ceramic performance depends on the material state, feature geometry, surface condition, and acceptance method. The route is valuable only when those variables are tied to the actual operating requirement.
Route review | blank to finished part
Screen the material and blank route
A material name alone does not define the route. Grade, blank condition, shrinkage state, stock, geometry, and volume must be checked together.
Feature review | datums and CTQs
Protect the function-critical geometry
Separate functional surfaces from general geometry so grinding access, edge protection, tolerance stack-up, and inspection effort go where they matter.
Acceptance review | measurement evidence
Plan evidence before production
Match CMM, optical, profile, flatness, Ra, visual, and document requirements to the drawing before quotation and production release.
Two valid starting points
Bring CAD or bring the functional requirements
Existing CAD moves into ceramic DFM and production review. An early requirement brief starts with material, blank, feature, and acceptance choices before the prototype route is agreed.
Send requirements or CADUseful design inputs
- Part function, operating environment, and failure mode
- Material family, grade, or property priorities
- Drawing, CAD, datums, GD&T, and critical surfaces
- Starting blank, quantity, timing, and repeat-volume outlook
- Inspection evidence, cleaning, packaging, and documentation
04 | Production capability
Manufacturing and finishing matched to your drawing
The drawing determines the ceramic family, grade, blank route, machining sequence, critical surfaces, and inspection method. The quotation records the scoped route selected for that part.
Product scope
23 categories
One catalogue covering precision, fluid, vacuum, and automation parts.
Manufacturing routes
Form to finish
Blank selection, CNC, grinding, honing, lapping, and polishing.
Acceptance
Drawing-led review
Final feasibility depends on grade, geometry, CTQs, and evidence.
Material families
Materials selected for the finished-part requirement
Strength, wear, temperature, electrical, thermal, chemical, purity, and acceptance priorities are reviewed together. The named ceramic family is only one input to the finished-part route.
Check your material and part
Alumina and ZTA
Broad structural, wear, electrical-insulation, fixture, and fluid-control applications by grade.
Zirconia systems
Yttria-, ceria-, or magnesia-stabilized routes reviewed against strength, wear, and environment.
Si3N4 and specialty ceramics
Silicon nitride, SiC, AlN, BN, MACOR, and fused silica for requirement-specific applications.
Route coverage
From blank selection to protected delivery
The final route is confirmed after material grade, blank state, geometry, quantity, CTQs, inspection, and packaging requirements are reviewed.
Forming
Pressing / injection / sourced blank
Machining
CNC / diamond grinding / cutting
Surface finishing
Honing / lapping / polishing
Inspection
Dimensional / optical / profile / Ra
Delivery control
Cleaning / protection / packaging
05 | How we work
One route from requirements to delivered part
The process is locked around the agreed inputs, drawing, and acceptance criteria, so material, forming, machining, finishing, inspection, and quotation describe the same deliverable.
- 01
Define the requirement
Send CAD or drawing, part function, material or property priorities, quantity, interfaces, and acceptance needs.
- 02
Lock the route
Review material grade, blank or forming route, machining sequence, CTQs, finishing, inspection, and handling risk.
- 03
Form, machine, and finish
The part moves through the agreed ceramic route, precision machining, grinding, lapping, polishing, or honing.
- 04
Inspect and deliver
Inspection evidence is produced against the agreed scope before cleaning, protective packaging, and delivery.
Engineering review
Start with CAD or a clear ceramic brief
Add quantity, target timing, material or property priorities, operating conditions, and the requirements that cannot be compromised.
06 | Parts and applications
Ceramic geometry organized around the job
These part forms summarize the most common RFQ patterns. The full catalogue organizes all 23 engineering product categories in one decision-focused view.
Rods, tubes, rings, and sleeves
Drawing-controlled cylindrical parts with bores, shoulders, fits, and functional surfaces.
Fluid-control components
Plungers, pump parts, dosing parts, valve components, seals, and nozzles.
Vacuum and semiconductor hardware
Vacuum pickup, wafer handling, laser, chamber, fixture, and insulation components.
Custom structural ceramic parts
Plates, sheets, gauges, pins, injection-molded parts, and drawing-specific shapes.
07 | Start a project
Send CAD or ceramic requirements for engineering review
Submit what is already known. If CAD is not yet available, provide the part function, operating environment, material or property priorities, available envelope, and interfaces. Quantity, inspection, packaging, and target timing help us return a clear scope.
Engineering RFQ
Send your drawing and ceramic requirements for engineering review
Start with the part function, material or grade if known, quantity, and the critical requirements; an early-stage brief is enough to begin. If online submission is interrupted, the form prepares the same RFQ as an email instead.
- Useful files: STEP/STP, X_T/X_B, IGES, STL, or PDF drawings.
- Upload limit: up to 3 files, 5 MB each, 8 MB total.
- Sensitive projects: do not send export-controlled, classified, or restricted data before an approved handling agreement is in place.
Prefer to use your own email?
RFQ email: info@szcomo.com
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