Sputtek does not publish a fixed Vaughan price for industrial PVD coating. The final quotation depends on the part, quantity, geometry, coating objective, preparation, masking, finishing, inspection, and production requirements.
The most reliable way to budget is to separate the main cost drivers, prepare a complete request for quotation (RFQ), and compare the full scope instead of choosing the lowest cost-per-part figure.
What Does PVD Coating Cost in Vaughan?
There is no single defensible Vaughan price for industrial PVD coating. A small, simple batch and a large, geometry-sensitive production load create different processing requirements. Sputtek confirms that it provides PVD and Thermospray Detonation coating services, but its public information does not show a fixed price list, minimum order value, setup fee, or standard per-part rate.
For general planning only, current industry budgeting ranges are approximately CAD 5 to CAD 20 per part for relatively simple small-run work, CAD 15 to CAD 35 per part for functional or complex parts, and CAD 35 to CAD 50 or more per part for specialty DLC or high-specification work. These are not Sputtek prices or verified Vaughan rates. Minimum batch charges, setup work, preparation, testing, and finishing can move the effective per-part cost substantially.
For an initial budget, identify:
- Part material and heat treatment
- Surfaces to coat and mask
- First-batch and recurring quantities
- Performance objective, such as wear resistance, lower friction, reduced adhesion, or corrosion control
- Cleaning, blasting, stripping, polishing, or repair needs
- Post-coating lapping, polishing, dimensional checks, or special inspection
- Required records, testing, traceability, and documentation
A per-part figure without the part size, batch quantity, preparation condition, coating specification, and inspection scope is not a comparable quotation.
Why Industrial PVD Pricing Is Quoted, Not Posted
Industrial PVD is a controlled production process, not a standardized retail finish. A meaningful comparison considers functional requirements, production volume, geometry, coating requirements, preparation, inspection, operating costs, scalability, and supplier support. These factors are also central to the PVD coating systems overview.
Physical vapor deposition uses a vacuum coating system. Parts are cleaned and prepared, loaded onto fixtures, exposed to a controlled deposition process, and inspected against agreed requirements. The route depends on the substrate, coating chemistry, geometry, temperature limits, and performance objective.
How is PVD coating done?
PVD coating is done by placing prepared parts in a vacuum chamber and depositing a thin film under controlled process conditions. The work normally includes cleaning, preparation, fixturing, vacuum deposition, unloading, inspection, and any specified post-processing.
How thick is a PVD coating?
Many industrial PVD films are roughly 1 to 5 µm thick, although the suitable thickness depends on the coating, substrate, geometry, service conditions, and dimensional limits. A thicker film is not automatically better if it changes clearances, edge condition, surface finish, stress, or fit.
The Cost Model: What Goes Into a PVD Quote
| Cost category | What affects it | Question to ask |
|---|---|---|
| Coating cycle | Part size, load profile, fixtures, recipe, and usable capacity | Is the price based on a full load, partial load, or defined quantity? |
| Setup or minimum lot | Quantity, recipe setup, handling, and scheduling | Is there a minimum batch or setup charge? |
| Cleaning and preparation | Oil, residue, oxidation, prior coatings, blasting, and handling | Are cleaning and blasting included? |
| Stripping or restoration | Existing coating, damage, polishing, and tolerances | What happens if restoration is required? |
| Masking and fixturing | Critical surfaces, holes, threads, edges, and orientation | How are fixtures and masked areas verified? |
| Post-coating finishing | Surface finish, dimensions, lapping, or polishing | Are finishing operations included or optional? |
| Inspection and records | Thickness, adhesion, roughness, traceability, and reporting | Which tests and documents are included? |
Some costs are largely fixed across a batch, while others increase with part count, handling time, inspection quantity, or processing stages. This is why a small batch can have a high per-part cost even when the parts are simple.
Preparation, post-processing, quality control, maintenance, throughput, and operating efficiency all affect the economics of PVD work. Review this total cost of ownership comparison when assessing quotations.
Five Variables That Can Change the Final Price
1. Part geometry and surface access
PVD is generally line-of-sight, so recesses, bores, edges, and orientation influence fixture design and coverage. Complex parts may require custom fixturing, additional handling, or a coverage study.
2. Batch size and loading efficiency
Quantity affects how setup and cycle costs are distributed. The useful question is not only how many parts fit in a chamber, but how many can be loaded with the required spacing, orientation, and process control.
3. Coating objective
“Hard coating” is not a complete specification. The supplier needs to know whether the priority is abrasive wear, adhesive wear, friction, pickup, corrosion, surface degradation, appearance, or dimensional protection.
4. Incoming condition
New, clean parts do not carry the same preparation scope as used tools with residue, an existing coating, damage, or dimensional concerns. Cleaning, blasting, stripping, polishing, and restoration can materially change the quotation.
5. Quality requirements
Routine visual and dimensional release differs from defined thickness measurements, adhesion evaluation, roughness checks, traceability, batch records, and formal reporting.
A hypothetical comparison
A recurring batch of simple, clean parts with repeatable fixturing may have efficient batch economics. A small batch of complex parts may cost more per part because setup, fixture handling, and inspection are spread across fewer pieces. A specialty application may require additional development, masking, testing, or documentation.
This is not a price or customer result. It shows why work content, not just piece count, determines much of the cost.
Does the Coating Choice Change the Quote?
Yes. The selected route can change the technical scope and quotation, but no coating is universally cheaper or better. The starting point is the failure mode, substrate, geometry, operating environment, and acceptance criteria.
| Route | When it may be assessed | Pricing question |
|---|---|---|
| Industrial PVD | Thin-film wear, friction, adhesion, or surface-performance needs | Which architecture, thickness, temperature, fixture, and inspection plan are proposed? |
| Industrial DLC | Selected parts where friction, wear, adhesion, or degradation is central | What preparation, chemistry, thickness, and testing are included? |
| Thermospray or Pulsed HVOF | Applications requiring another process, build thickness, or wear strategy | Would another route better fit geometry, load, dimensions, or restoration? |
Industrial DLC is a PVD coating category for selected tools, components, and production applications. It is not automotive detailing or paint protection. If friction or wear drives your estimate, review DLC coating in Vaughan before treating DLC as a simple price upgrade.
What to Send for a Vaughan PVD Coating Quote
A complete RFQ lets the supplier price the actual work instead of guessing from a coating name. Include:
- Drawing number, revision, photographs, and sample
- Material grade, heat treatment, hardness, and prior treatment
- Coated and masked surfaces, edges, holes, threads, and interfaces
- Critical dimensions, tolerances, finish, and allowable buildup
- Trial quantity, parts per batch, annual volume, and frequency
- Failure mode and production effect
- Speed, load, temperature, lubrication, counterface, environment, and cleaning exposure
- Current process and failure history
- Coating objective and success criteria
- Cleaning, blasting, stripping, polishing, repair, or restoration needs
- Inspection, traceability, testing, and documentation requirements
- Prototype, qualification, or recurring-production expectations
For a small-batch request, there is no reliable universal per-part price without these details. Include quantity and batch frequency so the supplier can distinguish a trial load from recurring production.
How to Compare PVD Quotations Beyond Cost per Part
Compare quotations line by line. A lower unit price may exclude preparation, masking, inspection, fixture development, packaging, or post-coating finishing.
- Scope: Are cleaning, preparation, coating, finishing, inspection, and packaging identified?
- Load assumption: Is the price based on your actual quantity and geometry?
- Fixture strategy: Are orientation, rotation, masking, and coverage explained?
- Quality evidence: Are tests, sample size, acceptance criteria, and records defined?
- Repeatability: Can relevant process conditions be preserved for future batches?
- Rework: Are stripping, recoating, repair, and correction addressed?
- Scale: Can the workflow move from trial to production volume?
Total cost of ownership is more useful than a bare per-part figure. Include freight, internal inspection, rejected or reworked parts, downtime, fixture costs, preparation performed elsewhere, and operating economics.
Prototype Pricing Versus Production Pricing
A prototype quote can include engineering review, fixture development, recipe selection, test parts, extra inspection, and process learning. Ask the supplier to separate one-time trial work from recurring production scope.
A successful prototype does not automatically prove production readiness. Confirm how the process will be documented, how repeat batches will be controlled, which measurements will be retained, and how changes in parts, fixtures, quantities, or specifications will be handled.
How long will PVD coating last?
PVD coating life depends on coating architecture, substrate, adhesion, thickness, counterface, load, speed, temperature, lubrication, contamination, and failure mechanism. Define the service result required and use a representative trial under actual operating conditions.
What Sputtek Can Include in an Industrial PVD Scope
Sputtek’s published capabilities include PVD and Thermospray coating services from a 15,000-square-foot Toronto production facility equipped with PVD coating machines, a Thermospray cell, and PVD equipment assembly units.
The preparation, coating, finishing, inspection, and documentation requirements should be defined for the specific part and confirmed as part of the supplier discussion.
Sputtek publishes maximum system capacities of up to 1,200 kg in a single cycle for SPUN 2,000 and up to 3,000 kg for SPUN 4,000. These figures do not guarantee usable capacity, throughput, uniformity, or service price for your parts.
Frequently Asked Questions About Vaughan PVD Pricing
Can I get a per-part PVD coating price for a small batch in Vaughan?
You can request one, but Sputtek does not publish a fixed small-batch rate. Provide the drawing, substrate, quantity, objective, geometry, preparation, masking, inspection, and batch frequency.
Does DLC coating cost more than standard PVD coating?
There is no universal rule. The quotation depends on the proposed coating, preparation, geometry, quantity, testing, and production requirements.
What information should I send with a quote request?
Send the drawing or sample, material, heat treatment, coated and masked surfaces, dimensions, quantity, batch frequency, failure mode, operating conditions, current process, objective, preparation needs, finishing, inspection, and documentation requirements.
How should I compare two quotations?
Compare scope, load assumptions, fixtures, preparation, finishing, inspection, documentation, rework, repeatability, scalability, and ownership costs before comparing unit price.
Can a prototype quote predict production pricing?
It can inform planning, but only after production assumptions are defined. Separate trial engineering and qualification work from repeat-batch processing.
Prepare a Quote Request for Sputtek
Start with a concise technical brief stating what is failing, which part is involved, how many parts you need, which surfaces are critical, and what evidence will define success. Include drawings, samples, operating conditions, quantity forecasts, and quality requirements.
Ask Sputtek whether its PVD coating service is suitable for your preparation, coating, inspection, and production requirements.
