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Precision prototyping and manufacturing — request a quote

Innovation & manufacturing studio

From imagination to manufactured reality.

PSSP LABS transforms concepts into production-ready designs, prototypes, components, jewelry, signs, and finished products.

  • PRECISION IN MOTION
  • 8 CORE SERVICES
  • CAD → PRODUCTION
  • 3D Modeling
  • Industrial CAD
  • Rendering
  • Prototyping
  • CNC Manufacturing
  • Jewelry
  • 3D Printing
  • Sign Manufacturing
Process

How a project moves through the lab

  1. 01 / 07

    Discover

    We align on goals, constraints, and requirements before any modeling begins.

  2. 02 / 07

    Design

    Concepts take shape as parametric CAD models built to be revised quickly.

  3. 03 / 07

    Engineer

    Geometry is checked against materials, assembly, and the intended production method.

  4. 04 / 07

    Prototype

    A first physical or rendered prototype puts the design in your hands early.

  5. 05 / 07

    Refine

    Structured feedback drives controlled iterations until the design is ready for production.

  6. 06 / 07

    Manufacture

    Parts are produced with the process that suits the material, finish, and volume.

  7. 07 / 07

    Deliver

    Finished work is inspected, packed, and handed over with its documentation.

Services

Precision services, end to end

From the first CAD sketch to the finished part — every service runs through the same disciplined pipeline.

  • 3D Modeling

    Production-ready 3D models built to your specification — watertight, dimensioned, and organized for downstream manufacturing or visualization.

    • Parametric modeling
    • Mesh repair
    • Reverse engineering
    • File conversion
  • Industrial CAD Design

    Mechanical design and drafting for parts, fixtures, and assemblies — delivered with the drawings and file formats your shop floor expects.

    • Assembly design
    • DFM review
    • 2D drawings
    • STEP / IGES export
  • Product Rendering

    Photoreal stills and turntables generated from your CAD data for pitches, listings, and packaging — before a single part is made.

    • Studio lighting
    • Material accuracy
    • Turntable animation
  • Rapid Prototyping

    Move from first concept to functional prototype in short, reviewable rounds — printed, machined, or cast, then refined with you between iterations.

    • Concept models
    • Functional test parts
    • Iteration loops
    • Finishing
    • Resin
    • PLA
    • PETG
    • Aluminum
  • CNC Steel Manufacturing

    Milling and turning for steel and other alloys — one-offs, brackets, weldments, and small production runs cut to your drawings.

    • Milling
    • Turning
    • Weldment prep
    • Small-batch runs
    • Mild steel
    • Stainless steel
    • Aluminum
    • Brass
  • Jewelry Design & Manufacturing

    From sketch to cast piece: CAD-sculpted jewelry, printed wax patterns, casting, and finishing for designers and private clients.

    • CAD sculpting
    • Wax printing
    • Casting coordination
    • Stone layout
    • Silver
    • Gold
    • Brass
  • 3D Printing

    Batch and one-off additive manufacturing across resin and filament platforms, with post-processing matched to the part's job.

    • Resin printing
    • Filament printing
    • Post-processing
    • Resin
    • PLA
    • PETG
    • ABS
  • Sign Design & Manufacturing

    Interior and exterior signage designed, fabricated, and finished in-house — dimensional letters, panels, and display pieces.

    • Dimensional letters
    • CNC-cut panels
    • Layout & mockups
    • Finishing
Materials

Material library

  • PLA

    Polymers
    • FDM
    Strength
    3 of 5
    Flexibility
    2 of 5
    Heat resistance
    1 of 5
    UV resistance
    2 of 5

    Concept models, look-and-feel prototypes, light-duty fixtures

    Limitations: Low heat tolerance; brittle under impact

  • PETG

    Polymers
    • FDM
    Strength
    3 of 5
    Flexibility
    3 of 5
    Heat resistance
    2 of 5
    UV resistance
    3 of 5

    Enclosures, brackets, light outdoor parts

    Limitations: Prone to stringing; scratches more easily than ABS

  • Nylon

    Polymers
    • SLS
    Strength
    4 of 5
    Flexibility
    4 of 5
    Heat resistance
    3 of 5
    UV resistance
    2 of 5

    Snap fits, hinges, end-use mechanical parts

    Limitations: Absorbs moisture; UV stabilization recommended outdoors

  • Standard resin

    Polymers
    • SLA
    Strength
    2 of 5
    Flexibility
    1 of 5
    Heat resistance
    2 of 5
    UV resistance
    1 of 5

    Visual models, fine-detail prototypes, master patterns

    Limitations: Brittle; degrades with prolonged UV exposure

  • Stainless steel

    Metals
    • CNC
    Strength
    5 of 5
    Flexibility
    2 of 5
    Heat resistance
    5 of 5
    UV resistance
    5 of 5

    Brackets, shafts, wear-resistant hardware

    Limitations: Heavier than aluminum; longer machining time

  • Aluminum

    Metals
    • CNC
    Strength
    4 of 5
    Flexibility
    2 of 5
    Heat resistance
    4 of 5
    UV resistance
    4 of 5

    Fixtures, housings, heat sinks, structural parts

    Limitations: Softer than steel; anodizing adds lead time

  • Sterling silver

    Precious metals
    • Casting
    Strength
    2 of 5
    Flexibility
    2 of 5
    Heat resistance
    3 of 5
    UV resistance
    3 of 5

    Rings, pendants, custom jewelry

    Limitations: Tarnishes over time; soft compared with base metals

  • Acrylic

    Sign & display
    • Laser cutting
    Strength
    2 of 5
    Flexibility
    1 of 5
    Heat resistance
    2 of 5
    UV resistance
    4 of 5

    Sign faces, displays, light diffusers

    Limitations: Scratches without coating; cracks under impact

Material comparison

Applications

Industries we build for

  • Product development

  • Jewelry

  • Retail

  • Architecture

  • Automotive

  • Consumer products

  • Commercial signage

  • Events & exhibitions

08 / 12Why PSSP LABS

What sets the lab apart

One team owns the file from first sketch to finished part, so nothing is lost between design and production. Eight working principles keep that pipeline honest.


One partner from concept to production Brief, CAD, prototype, and production in a single pipeline
Production-aware design Models are built around the process that will make them
Fast iteration Parametric files keep revision loops short
Multiple manufacturing methods Printing, CNC, casting, and fabrication under one roof
Small-batch flexibility One-offs and short runs without production-line minimums
Premium visualization Photoreal renders and turntables straight from CAD
Material guidance Straight answers across polymers, metals, and display materials
Confidential project handling Discretion by default; NDAs welcome on request

Overview

By the numbers

Sample figures — replace every value with your own numbers in the Theme Editor.

  • 120+

  • 8

  • 40+

  • 12

Process

From sketch to part

  • Sketch
    CAD
    Concept sketch to parametric CAD — sample, replace in Theme Editor
  • Render
    Prototype
    Studio render to machined prototype — sample, replace in Theme Editor
Client feedback

What clients say

  • Sample quote — replace with a real client statement before publishing.

    [Client name]CNC — steel
  • Sample quote — replace with a real client statement before publishing.

    [Client name]Jewelry — casting
  • Sample quote — replace with a real client statement before publishing.

    [Client name]3D printing — batch run
1 of 3
Next step

Have an idea worth building?

Send the brief, sketches, or CAD files — sample copy, replace in the Theme Editor.

Sample note — state your typical response time here. Replace in Theme Editor.

Accepted file formats
  • STEP
  • IGES
  • STL
  • OBJ
  • DXF
  • DWG
  • PDF