K-Labs' innovative 3D printing technology using DfAM!
Verified high-quality parts production/ prototype production is possible through precise design and analysis simulation.
Design
Analysis
3D Printing
With
Why Klabs?
Design + Analysis + 3D Printing Integration Progress
K-Labs introduces Manufacturing Innovation to reduce design costs, reduce product weight, and reduce manufacturing process time through both professional design and DfAM interpretation.
Existing manufacturing methods that conduct design and interpretation separately cannot be verified in real time, which is time-consuming and expensive to produce and difficult to verify errors.
K-Labs can reduce design costs, reduce product weight, and shorten manufacturing process time by implementing modeling with intuitive and analytical functional ideas considering the product's usage environment through professional design and DfAM interpretation.
Experience manufacturing technological innovation through 3D printing with K-Labs.
Separate Proceeding
Existing Manufacturing Methods
Design / Modeling
DfAM / Analysis
Because Real-time Verification is Impossible, More Errors, more Time and Cost Wasted
Integration Proceeding
Design / Modeling
DfAM / Analysis
Real-time Verification to Reduce Errors, Save Time and Cost for Design & Analysis
Optimized 3D printing design with DfAM
Cost reduction / Economy reduction
DfAM(Design for Additive Manufacturing) is an approach to designing products in consideration of the 3D printing process.
This enables the complex form of products, minimizes material use, and reduces fabrication time.
Case in point is K-Labs' DfAM, which reduces the number of parts by 82%, reduces the fabrication process by 60%, and reduces the weight by 73%.
Optimization of Defense parts
BEFORE
Count of Parts
78EA
Product Weight
390g
Production Time
1Month
AFTER
Count of Parts
54EA
Product Weight
260g
Production Time
1Week
Weight
-33%
Count of Parts
-30%
Production Period
-73%
Development of an integrated nozzle
BEFORE
Count of Parts
78EA
Production Time
1Month
AFTER
Count of Parts
54EA
Production Time
1Week
Count of Parts
-88%
제작 단가
-67%
Production Period
-77%
Optimization of Defense parts
BEFORE
Count of Parts
78EA
Product Weight
390g
Production Time
1Month
AFTER
Count of Parts
54EA
Product Weight
260g
Production Time
1Week
Weight
-33%
Count of Parts
-30%
Production Period
-73%
Development of an integrated nozzle
BEFORE
Count of Parts
78EA
Production Time
1Month
AFTER
Count of Parts
54EA
Production Time
1Week
Count of Parts
-88%
제작 단가
-67%
Production Period
-77%
DfAM Optimal Design Process
GRIPPER for Car Seat Transfer (2022 DfAM Competition Silver Award Winner)
