Marketing Information

ㆍCompany

HARVESTANCE CORP.

ㆍRepresentative

Leem Seungjae

ㆍAddress

43, Iljik-ro, Gwangmyeong-si, Gyeonggi-do, Republic of Korea GIDC B-808

ㆍTel.

+82-2-3144-0119

ㆍEmployees

Less than 20

ㆍWebsite

www.harvestance.com/

ㆍE-mail

support@harvestance.com

ㆍEstablished Year

2019

ㆍCompany Type

Development/Service

ㆍRelated Industry

ㆍMajor Customers

LIG넥스원,한국생산기술연구원,원익IPS,한국타이어앤테크놀로지,한국프라마스,한국항공우주산업 주식회사

ㆍSNS

   

ㆍCompany Profile

Harvestance Corp. is a specialized engineering company focused on additive manufacturing design and advanced engineering solutions. We provide DfAM services for lightweight, high-performance, and manufacturable product design, along with nTop-based solutions for complex geometry creation, lattice structures, topology optimization, and design automation. We also offer PanX simulation for predicting distortion, residual stress, and thermal behavior in metal additive manufacturing processes, helping customers reduce trial and error and improve part quality. In addition, we supply Gutenberg 3D printers for high-performance materials such as PEEK, PPS, and PA. Through our GriPalm brand, we also deliver lightweight customized gripper solutions for robotic automation, enabling improved productivity, flexibility, and efficiency in logistics and manufacturing environments through application-specific design and 3D printing-based manufacturing.

Manufcaturer Information

ㆍManufacturer

nTop

ㆍIntroduction

nTop is an engineering software company headquartered in New York, USA, providing a computational design platform for the development of complex, high-performance products. Founded in 2015, the company supports complex geometry design, lattice structure design, topology optimization, design automation, and simulation-integrated workflows through its implicit modeling technology, which addresses the limitations of conventional CAD. Its solutions are widely used across industries such as aerospace, automotive, medical, and additive manufacturing, where rapid design iteration and performance validation are essential. nTop’s headquarters is located at 199 Lafayette St, 4th Floor, New York, NY 10012, USA.

ㆍCountry

Korea

ㆍTel

02-5172-2342

ㆍE-mail

sj.leem@harvestance.com

ㆍWebsite

www.nTop.com

ㆍManufacturer

PanOptimization

ㆍIntroduction

PanOptimization is an engineering software company headquartered in State College, Pennsylvania, USA, developing high-fidelity thermomechanical finite element analysis (FEA)-based simulation technologies for additive manufacturing and welding processes. Its flagship solution, PanX, is a platform capable of predicting distortion, residual stress, thermal behavior, and process optimization for Laser Powder Bed Fusion (LPBF), Directed Energy Deposition (DED), and welding processes. By reducing the reliance on trial-and-error-based process development, PanX contributes to improved part quality and higher manufacturing productivity. PanOptimization also provides simulation technologies that ensure both accuracy and computational efficiency for complex and large-scale additive manufacturing components, supporting process verification and optimization in industrial additive manufacturing applications. Its headquarters is located at 200 Innovation Blvd. Suite 212, State College, PA 16803, USA.

ㆍCountry

Korea

ㆍTel

ㆍE-mail

sj.leem@harvestance.com

ㆍWebsite

https://www.panoptimization.com/

ㆍManufacturer

Gutenberg

ㆍIntroduction

Gutenberg Co., Ltd. is a Japan-based developer and manufacturer of industrial 3D printers, headquartered in Ota-ku, Tokyo. Based on its in-house design and manufacturing capabilities in Japan, the company develops and produces industrial FFF-type 3D printers and operates an integrated manufacturing system covering design, development, production, sales, and technical support. In addition to high-speed and high-precision printing technology, Gutenberg provides equipment compatible with high-performance engineering plastics such as PEEK, PPS, and PA, addressing a wide range of additive manufacturing needs in both research and industrial applications. Beyond 3D printing equipment, Gutenberg also offers practical additive manufacturing solutions that encompass related materials and digital manufacturing applications, backed by Japan’s manufacturing expertise. Its headquarters is located at 2-1-15 Higashi-Kamata, Ota-ku, Tokyo 144-0031, Japan.

ㆍCountry

Korea

ㆍTel

ㆍE-mail

sj.leem@harvestance.com

ㆍWebsite

https://gutenberg.co.jp/

ㆍManufacturer

Otsuka Chemical Co., Ltd.

ㆍIntroduction

Otsuka Chemical Co., Ltd. is a precision chemical and functional materials company headquartered in Osaka, Japan, engaged in the research, development, manufacturing, and sales of chemical products. Established in 1950, the company supplies products and solutions to a wide range of industries, including automotive, electronics, housing, and medical, with a focus on hydrazine-related products, functional materials, and fine chemicals. Based on its materials technologies, Otsuka Chemical continues to drive technological innovation and maintains a broad product portfolio that includes high-performance composite materials and materials for 3D printing. Its headquarters is located at 3-2-27 Ote-Dori, Chuo-ku, Osaka 540-0021, Japan.

ㆍCountry

Korea

ㆍTel

02-3144-0119

ㆍE-mail

jsleem119@gmail.com

ㆍWebsite

https://www.otsukac.co.jp/en/

ㆍManufacturer

하비스탕스 주식회사

ㆍIntroduction

Harvestance Co., Ltd. is a specialized engineering company focused on additive manufacturing design and advanced engineering solutions. We provide DfAM services for lightweight, high-performance, and manufacturable product design, along with nTop-based solutions for complex geometry creation, lattice structures, topology optimization, and design automation. We also offer PanX simulation for predicting distortion, residual stress, and thermal behavior in metal additive manufacturing processes, helping customers reduce trial and error and improve part quality. In addition, we supply Gutenberg 3D printers for high-performance materials such as PEEK, PPS, and PA. Through our GriPalm brand, we also deliver lightweight customized gripper solutions for robotic automation, enabling improved productivity, flexibility, and efficiency in logistics and manufacturing environments through application-specific design and 3D printing-based manufacturing.

ㆍCountry

Korea

ㆍTel

02-3114-0119

ㆍE-mail

sj.leem@harvestance.com

ㆍWebsite

https://harvestance.com/

Exhibition Product

ㆍProduct

nTop

ㆍModel

nTop

ㆍManufacturing Company

nTop

ㆍProduct Code

Other Computer Aided Design (CAD) Software

ㆍDescription

nTop is a computational design and simulation-integrated platform for the development of complex, high-performance products, built on implicit modeling technology that overcomes the limitations of conventional CAD. Through this technology, users can efficiently create complex geometries, design lattice structures, perform topology optimization, automate design workflows, and connect simulation processes. nTop enables fast and reliable iterative modifications in response to changing design requirements, making it widely applicable from early concept development to detailed design, research and development, and production optimization. It is also used across a wide range of industries, including aerospace, automotive, medical, and additive manufacturing, as an engineering software solution that enables rapid design exploration and performance validation.

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ㆍProduct

PanX

ㆍModel

PanX

ㆍManufacturing Company

PanOptimization

ㆍProduct Code

Performance Analysis Software

ㆍDescription

PanX is a finite element analysis (FEA)-based simulation solver developed by PanOptimization for additive manufacturing process simulation, designed to help users predict and improve build results in a virtual environment. Its main application areas include Laser Powder Bed Fusion (LPBF), Directed Energy Deposition (DED), and welding processes, enabling the analysis of distortion, residual stress, thermal behavior, crack risk, and the effects of process conditions. It is also used for design evaluation, distortion compensation, process parameter optimization, and the review of toolpaths and build conditions, helping reduce trial and error while improving part quality and manufacturing productivity. Based on PanOptimization’s proprietary Multi-Grid modeling technology, PanX provides high accuracy and computational efficiency even for complex and large-scale additive manufacturing components.

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ㆍProduct

G-Zero

ㆍModel

L1

ㆍManufacturing Company

Gutenberg

ㆍProduct Code

Systems for 3D printing (3DP)

ㆍDescription

G-Zero L1 is an industrial FFF-type 3D printer developed by Gutenberg in Japan, designed to deliver high-speed, high-precision, and high-strength printing performance in a large-format system. It is engineered to maintain both speed and accuracy even when producing large models, and is suitable for a wide range of industrial applications, including research and development, prototyping, functional parts, jigs, and production equipment. The printer features a maximum printhead travel speed of 700 mm/s and a highly durable machine structure. It also supports high-performance engineering plastics, including PPS and PA-based materials, and in particular delivers excellent strength and dimensional stability when used with POTICON filament. G-Zero L1 is a practical additive manufacturing solution that helps enable in-house production of complex industrial parts while reducing development lead time and manufacturing cost. According to the official specifications, it offers a build volume of 3

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ㆍProduct

G-Zero

ㆍModel

MP1

ㆍManufacturing Company

Gutenberg

ㆍProduct Code

Systems for 3D printing (3DP)

ㆍDescription

G-Zero MP1 is an industrial FFF-type 3D printer developed by Gutenberg in Japan, designed as a desktop-sized system while supporting the processing of engineering plastics. In particular, it supports materials such as PEEK, PPS, and PA, and, as a machine designed and manufactured in Japan, it can be applied to a wide range of industrial uses including research and development, prototyping, and the production of functional parts. It is also a suitable solution for applications that require higher mechanical performance and heat resistance beyond general-purpose materials, based on its high-speed and high-precision printing capability. Gutenberg introduces the G-Zero concept as “a compact manufacturing factory that fits on a desk,” and the MP1 is a practical product for entry into industrial additive manufacturing and in-house production. Its machine dimensions are 440 × 410 × 470 mm.

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ㆍProduct

POTICON

ㆍModel

PPS, PA, PEEK

ㆍManufacturing Company

Otsuka Chemical Co., Ltd.

ㆍProduct Code

Plastic Materials (Granules, Filaments)

ㆍDescription

1. POTICON PPS POTICON PPS is a high-performance engineering plastic with excellent heat resistance, low moisture absorption, and dimensional stability. It is suitable for precision parts requiring stable properties and accuracy. Typical applications include precision mechanical parts, sliding components, gears, bearings, and electrical and electronic parts. 2. POTICON PA POTICON PA offers good strength, wear resistance, processability, and versatility. It is suitable for functional parts exposed to repeated motion and mechanical loads. Common applications include gears, bearings, sliding parts, mechanical components, prototypes, and industrial jigs. 3. POTICON PEEK POTICON PEEK is an ultra-high-performance engineering plastic with very high mechanical strength, excellent heat resistance, low moisture absorption, and structural stability. It is suitable for high-load parts, high-temperature applications, precision structural components, semiconductor equipment parts, and reliable jig.

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ㆍProduct

GriPalm

ㆍModel

Palletizing Vaccum Gripper

ㆍManufacturing Company

하비스탕스 주식회사

ㆍProduct Code

Robot Parts

ㆍDescription

GriPalm is a lightweight customized vacuum gripper solution for robotic automation provided by Harvestance. It is optimally designed according to the shape, size, weight, and process requirements of the target workpiece, and can be rapidly developed and manufactured through 3D printing-based production. Its lightweight structure improves the effective payload utilization of robots, while the customized suction pad layout and structural design provide stable handling performance for a wide range of products. It can be applied to various industrial fields such as logistics, packaging, transfer, palletizing, and manufacturing automation, with the added advantage of flexibility in responding to product changes or process variations. GriPalm is a practical robotic end-effector solution that contributes to improved productivity, better equipment efficiency, and the realization of customized gripping solutions in automation environments.

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