Ktm Manufacturing Solutions
Plastics, 3022 Helsan Dr, Richfield, Wisconsin, 53076, United States, 11-50 Employees
Phone Number: +12*********
Who is KTM MANUFACTURING SOLUTIONS
We provide a complete development solution integrating design-for-manufacturing, comprehensive process simulation and strategic steel & alloy selection. From concept prototypes to proof-o...
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Headquarters: 3022 Helsan Dr, Richfield, Wisconsin, 53076, United States
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Date Founded: 2020
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Employees: 11-50
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Revenue: Under $1 Million
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Active Tech Stack: See technologies
SIC Code: 
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Frequently Asked Questions Regarding KTM Manufacturing Solutions
Answer: KTM Manufacturing Solutions's headquarters are located at 3022 Helsan Dr, Richfield, Wisconsin, 53076, United States
Answer: KTM Manufacturing Solutions's phone number is +12*********
Answer: KTM Manufacturing Solutions's official website is https://ktm-ind.com
Answer: KTM Manufacturing Solutions's revenue is Under $1 Million
Answer: KTM Manufacturing Solutions's SIC: 3544
Answer: KTM Manufacturing Solutions's NAICS: 444130
Answer: KTM Manufacturing Solutions has 11-50 employees
Answer: KTM Manufacturing Solutions is in Plastics
Answer: KTM Manufacturing Solutions contact info: Phone number: +12********* Website: https://ktm-ind.com
Answer: We provide a complete development solution integrating design-for-manufacturing, comprehensive process simulation and strategic steel & alloy selection. From concept prototypes to proof-of-performance pilot tooling to optimized high-volume production molds, KTM hits the launch window to support the success of your project. KTMs engineering team has the experience and insight to optimize your injection molds and tooling systems to meet your project requirements. It begins with a thorough interrogation of your part model using design-for-manufacturing best practices. Identifying and resolving part geometry challenges enabling cost effective manufacture while maintaining Industrial Design integrity. Steel selection to assist in part stability, thermal control and extended performance. Designing the most efficient and effective cooling circuits for aggressive cycle and part stability. Mold designs that facilitate efficient preventive maintenance procedures and repair. Mold design techniques (family-mold, multiple-inserts, stack, rotary stack, toggle-stack, indexing plate, core-pull...) to optimize the strengths of our customers preferred manufacturing methods.
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