Many Ways to Build
There is no shortage of design firms, machining shops, OEM manufacturers, and mold makers.
REDUCE PRODUCT TECHNOLOGY
Don’t Just Build It.
Optimize It.
Anyone can build a product.What matters is how efficiently it can be built.
There are many development firms, manufacturers, and OEM suppliers.But few partners analyze the structure, components, specifications, manufacturing methods, and supply chain together to reduce cost and improve manufacturing efficiency.We do not simply build products. We optimize them so the same purpose and performance can be achieved at a more rational cost.
WHY OPTIMIZATION
Building Is Common.
Optimization Is Not.
There are many one-stop development and manufacturing providers. We start with the next question.
“Can this product or equipment achieve the same purpose and performance more efficiently?”
Cost Is Fragmented
The problem is that fragmented processes allow unnecessary cost to accumulate across specifications, structure, manufacturing methods, and suppliers.
Optimization First
We do not add another vendor. We review the entire product, improve cost and efficiency, then connect only the engineering and manufacturing that are actually needed.
ABOUT
Reduce What
Doesn’t Add Value.
Keep what creates value. Reduce unnecessary cost and inefficiency.
REDUCT is a name built around the idea of Reduce Product Technology. We are a technology consulting and R&D company that analyzes the cost structure of products and industrial equipment and optimizes engineering, development, and manufacturing methods.
We review structure, components, electronic specifications, manufacturing methods, and supply chains at the project level while preserving target performance and quality. Part redesign, OEM sourcing, hardware and firmware development, mechanical engineering, industrial design, and mold design/manufacturing are execution tools for that work.
WHAT WE OPTIMIZE
Optimization First.
Execution Second.
Optimization is the objective. Engineering, development, and manufacturing are the means used to implement it. We analyze the cost structure first, then execute only what is necessary.
Product & Equipment Cost Optimization
We analyze structure, part count, specifications, manufacturing methods, and supply conditions together to identify cost drivers and redesign opportunities.
Engineering & Development
Mechanical engineering, industrial design, hardware, firmware, and tooling are developed around target performance and target cost.
Manufacturing Execution
CNC machining, sheet metal, welding, prototypes, molds, OEM production, and injection molding are connected through the manufacturing process best suited to the project.
CAPABILITY
Engineering Built
Around Optimization.
We do not treat each discipline as a separate service. The required capabilities are combined around one objective: making the product simpler, easier to manufacture, and more cost-efficient.
Cost & Structure Analysis
Cost Drivers / Architecture
Mechanical Engineering
Structure / Mechanical Design
Industrial Design
Product / CMF / Visualization
Hardware · Firmware
Electronics & Device Control
Prototype & Manufacturing Review
DFM / Validation
Tooling & Production Engineering
Mold / Production Structure
HOW WE OPTIMIZE
Analyze. Redesign.
Validate.
We do not start by manufacturing. We first identify why the cost exists, redesign the structure, and then validate manufacturability, quality, and supply conditions.
- STEP 01
ANALYZE
Review structure, parts, specifications, process, and sourcing conditions as one system.
- STEP 02
IDENTIFY
Separate overspecification, unnecessary complexity, inefficient processes, and supply-related cost drivers.
- STEP 03
REDESIGN
Redesign part count, geometry, assembly method, electronic specifications, and manufacturing process while maintaining required performance.
- STEP 04
SOURCE
Match the design with the right CNC, sheet metal, mold, OEM, or injection-molding supply chain.
- STEP 05
VALIDATE
Validate cost, quality, productivity, and sourcing conditions before execution.
WHERE WE OPTIMIZE
Cost Is Hidden
Across the Product.
Cost is not determined by purchase price alone. It accumulates across structure, parts, electronics, manufacturing processes, and the supply chain.
STRUCTURE
Simplify architecture, fastening, assembly, and unnecessary geometry.
PARTS
Reduce part count, standardize components, review substitutes, and lower machining difficulty.
ELECTRONICS
Optimize PCB, sensors, motors, power, and communication specifications around required functions.
PROCESS
Review CNC, sheet metal, welding, tooling, and molding processes.
SUPPLY CHAIN
Compare and restructure OEM, machining, mold, and molding suppliers.
CASE STUDY
Optimization
Made Measurable.
Project identities remain confidential. Only outcomes that can be disclosed are summarized below.
COST REDUCTION-15%
Company A | Heat-Resistant Glass for Decoction Equipment
We reviewed the cost structure and sourcing conditions for heat-resistant glass used in decoction equipment and optimized the specification and supply conditions.
RESULT15% cost reduction achieved
DESIGN OPTIMIZATIONLESS
Company B | Welded & Machined Equipment Structure
The design was revised to reduce welding operations and the number of machined parts. Assembly structure and machined geometry were simplified to lower machining cost.
WELDINGFewer operations
MACHINED PARTSFewer parts
MACHINING COSTReduced
MANUFACTURING NETWORK
Use the Right Process.
Not Every Process.
Rather than owning every process, we select the process and supplier that best fit the product and volume.
CNC 3-AxisCNC 5-AxisSheet MetalWeldingPrototypeMold & ToolingOEM PartsInjection Molding
COST OPTIMIZATION CHECK
Start with the
current cost structure.
Enter current cost, target cost, expected volume, and available drawings or BOM to organize the basic information needed for an initial review.
LOCATION
Location
HEAD OFFICE
REDUCT Headquarters