— The Journey from Technical Exchange to Order Fulfillment with JM’s Malaysian Client In May 2024, JIANMENG team visited an important potential client specializing in metal processing in Malaysia. This visit marked not only a product introduction but also the beginning of a deep and mutually trusting partnership. During the meeting, the team provided a systematic and detailed explanation of JIANMENG core equipment—the Full-automatic four-side v grooving machine—highlighting its technical features, process advantages, and application scenarios in the industry. This fully demonstrated Full-automatic four-side v grooving machine’s strengths in precision, efficiency, and stability. Warmly welcomed by the client, JIANMENG team was invited to the client’s home for a meal and treated to authentic Bak Kut Teh. In this relaxed and friendly atmosphere, the bond between both sides grew stronger. Following this, the client led the team on a tour of their...

Revisiting Our Cooperation Journey September 2024 — First Meeting The Korean partner held their first meeting with us, discussing four-side v grooving machine requirements and potential cooperation, establishing initial intentions. October 2024 — Order for Four-Side V Grooving Machine The partner officially placed an order for the four-side v grooving machine, marking the start of concrete cooperation. November 2024 — Factory Inspection, Sightseeing & On-site Visit In November 2024, the Korean partner led their technical team to our factory for on-site inspection and acceptance of the equipment. The inspection was successfully completed, fully verifying the machine’s performance and stability. After the acceptance, both teams visited Qinhu for a relaxing tour. The partner also visited our Shanghai customer’s site to gain a more direct understanding of the equipment’s practical applications. These visits further strengthene...

In early December, the JIANMENG team embarked on a one-week market visit to Indonesia. The trip included visits to key existing customers, meetings with potential new clients, and attendance at a major local industry exhibition. The purpose of this journey was to further strengthen customer relationships, gain deeper insights into market trends, and continue expanding JM’s presence in the Indonesian market. During the customer visits, the team went deep into production workshops to observe machine performance and real-world applications. In-depth discussions were held with customers regarding processing techniques, efficiency improvements, and future expansion plans. Based on each customer’s specific requirements, the team provided tailored recommendations and optimization suggestions, helping customers improve productivity and earning strong recognition from them. In addition to customer visits, the team also attended an important industry exhibition...

In sheet metal fabrication—where component quality is governed by standards like ISO 13715 (burr classification) and DIN 4063 (edge rounding tolerances)—selecting the right deburring machine is a critical decision that directly impacts product safety, performance, and production efficiency. Burrs (formed during laser cutting, stamping, or milling) and uneven edges can compromise assembly fit, cause premature wear in moving parts, or pose laceration risks to operators. This guide outlines a technical, application-driven framework for choosing a deburring machine, emphasizing alignment with material properties, production demands, and part geometry. 1. First: Understand the Industrial Context of Deburring Before selecting a machine, clarify the non-negotiable requirements of your application: - Burr type & size: ISO 13715 categorizes burrs by height (≤0.1mm = Class 1; 0.1–0.5mm = Class 2; >0.5mm = Class 3). For example, aerospace compo...