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Material guidance built for real manufacturing decisions.

This library brings ZigiTech's shared material options into one place so engineering, sourcing, and product teams can compare realistic choices before quoting. Review metals, engineering plastics, and specialty stock with finish compatibility, lead-time context, and application-focused guidance.

46+Stock material options
14Metal alloys
28Engineering plastics
4Specialty materials

How ZigiTech helps teams choose materials

The goal is not to present a long list without context. We pair the library with manufacturing judgment so buyers can move from requirement to quote with less uncertainty.

Performance starts with process fit

We recommend materials according to machining behavior, molding stability, cosmetic expectations, and the inspection scope required for shipment.

Supply decisions stay practical

Material choice is balanced against lead time, lot size, finish compatibility, and the cost sensitivity of prototype versus production work.

Traceability matters

For regulated or quality-sensitive projects, we can align material selection with certificates, incoming verification, and downstream reporting needs.

Browse the full material catalog

Use the selector to compare supported grades, available finish direction, price level, lead-time expectations, and the type of projects each material fits best.
Metal Alloys
Plastics
Other Materials
Aluminum material sample for CNC machining and manufacturing

Aluminum

Compare aluminum CNC machining options for 6061, 7075, 5052, and related grades with design tips, finishes, and long-tail guidance for custom parts.

Price
Available Finish
As machined, anodizing, powder coating, electroplating, painting, sandblasting, polishing
Characteristics
Lightweight / High machinability / Corrosion resistant
Alloys
7075-T651, 6061-T6, 6082-T651, 6060, 5052, 2017, 2024
Color
Metallic silver
Lead Time
About 5 business days

Common material starting points

These are frequently requested across CNC machining, plastic injection molding service, fabricated hardware, and prototype builds.
Metallic silver

Aluminum

Compare aluminum CNC machining options for 6061, 7075, 5052, and related grades with design tips, finishes, and long-tail guidance for custom parts.

LightweightHigh machinabilityCorrosion resistant
Metallic silver

Stainless Steel

Review stainless steel CNC machining guidance for 303, 304, 316, 17-4 PH and related grades with long-tail use cases, finishes, and design notes.

Corrosion resistantStrongGood surface quality
Graphite tone

Titanium

Explore titanium CNC machining for aerospace, medical, and high-performance parts with long-tail terms, grade notes, and finishing direction.

High strength-to-weight ratioCorrosion resistantBiocompatible
Engineering gray

ABS

Review ABS CNC machining for housings, covers, and prototype parts with long-tail keywords, process notes, and finishing guidance.

Impact resistantEasy to machineCost effective
Natural beige

POM/Delrin

Explore POM and Delrin CNC machining for gears, bushings, and precision plastic parts with long-tail terms, design notes, and finishing guidance.

Low frictionDimensional stabilityGood wear resistance
Natural beige

PEEK

Review PEEK CNC machining for high-temperature, medical, and chemical-resistant parts with long-tail keywords, grade notes, and design guidance.

High heat resistanceExcellent chemical resistanceHigh mechanical strength
Off white

PTFE (Teflon)

See when PTFE CNC machining fits seals, insulators, and chemical-resistant parts with long-tail SEO content, design notes, and practical guidance.

Very low frictionExcellent chemical resistanceHigh temperature stability
Engineering gray

G-10/FR4

G-10/FR4 is suitable for projects that need Electrical insulation / High stiffness / Moisture resistant.

Electrical insulationHigh stiffnessMoisture resistant

Dedicated CNC material guides

For the most common CNC stock, we also publish focused material pages with long-tail buying questions, grade comparison notes, and application guidance.
CNC Material

Aluminum

Compare aluminum CNC machining options for 6061, 7075, 5052, and related grades with design tips, finishes, and long-tail guidance for custom parts.

CNC Material

Stainless Steel

Review stainless steel CNC machining guidance for 303, 304, 316, 17-4 PH and related grades with long-tail use cases, finishes, and design notes.

CNC Material

Brass

See when brass CNC machining is the right choice for fittings, connectors, and precision hardware with grade guidance, finishes, and long-tail SEO copy.

CNC Material

Copper

Learn when copper CNC machining fits bus bars, thermal parts, and conductive hardware with grade notes, finish direction, and practical long-tail copy.

CNC Material

Tool Steel

Review tool steel CNC machining for dies, punches, fixtures, and wear parts with grade guidance, heat-treatment notes, and long-tail SEO terms.

CNC Material

Titanium

Explore titanium CNC machining for aerospace, medical, and high-performance parts with long-tail terms, grade notes, and finishing direction.

Where the material choice usually gets decided

Across new product introduction, bridge production, and repeat manufacturing, these decision patterns show up again and again.

Metals for structural work

  • Aluminum for lightweight housings, brackets, and thermal components.
  • Stainless steel for corrosion-resistant equipment and clean-surface parts.
  • Tool and alloy steels for fixtures, wear parts, shafts, and production tooling.
  • Titanium and Inconel for high-performance, heat-sensitive, or weight-critical builds.

Engineering plastics for function

  • ABS, PC, and PC+ABS for housings, covers, and durable product enclosures.
  • POM, nylon, and UPE for sliding, wear, and motion-related assemblies.
  • PEEK, PPSU, and PEI for demanding temperature, chemical, or sterilization environments.
  • FR4, Bakelite, and PBT for electrical insulation and dimensionally stable support parts.

Prototype and specialty options

  • PMMA, glass, and tinted polymers for display-facing, transparent, or presentation parts.
  • Wood and stone for fixtures, visual models, and non-standard fabrication requests.
  • Ceramics for hardness, temperature resistance, and insulation-focused applications.
  • Mixed material strategies when one component family needs both cosmetic and functional variants.

Materials FAQ

Answers to common questions about material selection, compliance, and how to align stock choices with manufacturing service requirements.

Start with load, environment, tolerance, and target quantity. Metals are often selected for strength, heat resistance, and tighter structural performance. Plastics are often selected for insulation, lower weight, molded geometry, and cost efficiency at volume. If you share the use case, ZigiTech can help narrow the tradeoff quickly.

Yes. Some projects need low-cost prototype materials for fast iteration, while others must stay close to final production resin or alloy from the first round. We can quote around both paths and explain where the material swap changes cost, lead time, finish quality, or dimensional behavior.

Absolutely. Anodizing points you toward aluminum, passivation points you toward stainless steel, and SPI textures only apply to molded plastics. When appearance, corrosion resistance, or friction matter, we review material and finish as one decision instead of treating them separately.

Yes. For many projects we can support mill certificates, RoHS and REACH declarations, and project-specific inspection records. If your buyer or end customer needs documentation, flag that during quoting so the material sourcing and inspection workflow are aligned from the start.

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