PRECISION INDUSTRIAL MECHANICAL SOLUTIONS

Engineering Solutions for Industrial Challenges.

Reverse Engineering. Mechanical Design. Rapid Prototyping. Custom Manufacturing.

CNC-machined aluminium component positioned beside a parametric 3D CAD model on an engineering workstation
OPERATIONAL IMPACT

Equipment Challenges We Solve

01 //

Obsolete-part availability

Reconstruct discontinued or unprocurable components when original equipment manufacturer documentation or replacements are no longer available.

02 //

Equipment downtime

Mitigate production stoppages by analyzing recurring mechanical failure points and supplying rapid dimensional reconstruction for broken machinery.

03 //

Component design

Develop custom industrial parts tailored to unique operational envelopes, improving fitment, structural stiffness, and component longevity.

04 //

Custom mechanical solutions

Engineer specialized brackets, sensor mounts, process aids, and integration hardware to solve specific manufacturing and assembly bottlenecks.

CORE CAPABILITIES

Engineering & Manufacturing Services

Worn industrial gear beside parametric CAD solid model
SYS_REF-01/ACTIVE

Reverse Engineering & Obsolete-Part Replacement

Reconstruct mechanical components from physical samples, measurements, drawings, or legacy technical references.

Explore Reverse Engineering
Base RateFrom $350
Custom CNC assembly fixture clamped on machine table
SYS_REF-02/ACTIVE

Mechanical Design Optimization & Custom Tooling

Develop and improve mechanical components and custom industrial tooling for performance, manufacturability, and maintenance.

Explore Mechanical Design
Base RateFrom $495
Carbon-fiber additive prototype component beside digital caliper
SYS_REF-03/ACTIVE

Rapid Prototyping & Low-Volume Manufacturing

Support product development through functional prototyping, iterative design, additive manufacturing, and small-batch production.

Explore Prototyping
Base RateFrom $150
PROJECT EXECUTION

How a Project Works

Not every project includes every stage.

01
Stage 01

Understand the challenge

Review physical samples, equipment failure modes, operational constraints, and project objectives.

02
Stage 02

Evaluate requirements

Assess feasibility, dimensional tolerances, material selections, and relevant intellectual-property considerations.

03
Stage 03

Develop the design

Generate parametric 3D CAD models, detailed 2D engineering drawings, and manufacturing specifications.

04
Stage 04

Prototype and refine

Produce functional additive prototypes to perform fitment checks, mechanical testing, and geometric refinement.

05
Stage 05

Manufacture or coordinate production

Fabricate components through in-house additive methods or manage precision CNC machining with external partners.

06
Stage 06

Deliver documentation and approved components

Supply final inspected hardware alongside complete digital assets including STEP models and PDF manufacturing prints.

Project Inquiries

Have a component that's difficult to replace or a mechanical problem that needs solving?

Connect directly with Salazar Engineering to discuss component reconstruction, custom tooling requirements, or prototyping timelines.

Oregon, United States
Direct Engineering Review
RFQ TerminalConfidential

Start Your Project Review

Submit component specifications, 3D references, or broken samples for technical feasibility evaluation.

Confidential technical file handling • No automated disclosure