Enhancing Operations through
Engineering Services

Identify opportunities and implement best practices that simplify your manufacturing, elevate production and influence operating financials. Our engineers combine experience and creativity to increase yield and decrease costs within your facilities. See how we help you gain efficiencies and product quality improvements.

This is What Success Looks Like

75%

Annual Cost Savings

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27%

Productivity Increase

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15%

Improved Efficiency

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Engineering And Part Consolidation Offers Long–Term Financial Impact

A commercial HVAC manufacturer partnered with Optimas to re-engineer an electrical control box
and significantly reduce part and manufacturing costs.

Our Engineers. Your Catalysts for Change.

APPLICATION MANUFACTURING INDUSTRIAL
Software Analysis — SolidWorks
3D Design / BoltCalc Joint Design
and Testing
Part Requirements Line Walks
Fastener Analysis / Design /
Performance Simulation
Production Recommendations Document Analyses
Installation Analysis Tool & Die Drawing, Production and
Cataloging
BOM Analysis
Design for Manufacturing Thermoplastics, Fiber Reinforced
Thermoplastics
Part Consolidation
3D Printing / Rapid Prototyping Thermoplastics Kitting
Part Rationalization / Standardization /
Optimization
Photopolymer Resins Joint Design
Cost Saving Projects Design Improvements Problem Resolution
New Product Development / Launch Increase Throughput Part Number Reduction

Engineering Solutions for Enhanced Operations

From design and inventory optimization to operational efficiency, quality planning and testing, manufacturers trust Optimas to provide solutions that make a significant impact on their productivity and profitability.

Ensure You Have the Right Parts

Design and Support

Optimas engineers apply manufacturing expertise to improve both new and existing parts.

Inventory Optimization

Bring structure, predictability and cost discipline to shape demand fulfillment and stocking decisions.

Operational Efficiency

Enhance efficiency, increase productivity, and save labor costs by “walking the line” with a distributor that is also a manufacturer.

Quality Planning and Testing

Experienced engineers address a range of requirements to improve manufacturing and product performance.

Five Ways We Can Make Your Manufacturing More Efficient

Optimas operations management experts help manufacturers drive continuous improvement. Don’t just level up. Efficiency Up with Optimas Solutions.

Application Analysis

Determine the best
fastening solution
and sourcing
recommendations for the product use case. 

Installation Analysis

Identify and validate better processes and tools to accelerate efficient and consistent production performance.

Product Design

Optimize part development to enhance manufacturability, performance, cost efficiency, and production scalability.

Line Walks

Identify opportunities to improve layout, fastener storage and flow, tooling, and part design for efficiency.

Document Analysis

Rationalize parts and suppliers to reduce SKUs, complexity and total cost of ownership.

Real Results, Real Impact

0M
Lifetime Dollar Cost Savings
0
Parts Eliminated
0%
Higher Clamp Lead

You Ask. We Answer.

The key to making the right decisions is asking the right questions. Here are a few of the questions you should be asking yourself. We’ll be happy to help you find the answers.

  • How much money do I have tied up in nuts and bolts on the floor?

  • How many inventory turns am I getting for each fastener/bin stock?

  • Am I at the right min/max levels for maximum productivity?

  • What are my usage patterns and bin quantities?

  • What is my on-time delivery percentage?

  • What cost savings am I getting from my supplier?

Engineering Services FAQs

Optimas provides application, manufacturing, and industrial engineering services focused on improving product design, simplifying manufacturing, and reducing operational costs. Services include fastener and joint design, BOM analysis, part consolidation, line walks, rapid prototyping, testing, and production optimization.

Engineering services improve efficiency by reducing part complexity, optimizing fastening and installation methods, and identifying waste within production processes. Through line walks, BOM optimization, and design-for-manufacturing practices, Optimas helps increase throughput while reducing labor and material costs.

Part consolidation reduces the number of unique components used across products or platforms. By consolidating and standardizing parts, manufacturers can lower procurement costs, simplify inventory management, reduce complexity, and improve production consistency without sacrificing performance.

BOM analysis identifies opportunities to eliminate redundant parts, standardize components, and reduce overall system complexity. A more efficient bill of materials improves sourcing leverage, reduces inventory risk, and accelerates speed to market for new or updated products.

Line walks involve engineers evaluating production lines in real operating conditions to identify inefficiencies related to space, tooling, workflow, installation methods, and part usage. These insights often uncover immediate opportunities for productivity gains and labor savings.

Optimas engineers support new product development through design optimization, joint analysis, prototyping, testing, and production recommendations. This helps ensure products are designed for manufacturability, performance, and scalability before full production begins.

Optimas uses advanced engineering tools such as SolidWorks, BoltCalc joint design and simulation, 3D printing, rapid prototyping, and performance testing. These technologies support faster validation, reduced risk, and data-driven design decisions.

Engineering services improve quality by optimizing fastener selection, installation methods, and material performance. Testing, simulation, and quality planning help ensure components meet functional, durability, and performance requirements under real-world conditions.

Manufacturers should engage engineering services when facing rising costs, excessive part counts, inefficiencies on the production line, quality challenges, or during new product development. Early engineering involvement often delivers the greatest long-term operational and financial impact.