The 2026 iF Design Award has officially drawn to a close. A review of award-winning trends over the years clearly confirms that competition in the high-end lock market has long moved beyond homogeneous rivalry around a single security function, and entered a new development stage that attaches equal importance to aesthetics and performance. However, most of the industry focuses on the appearance of award-winning products, yet overlooks the core process that connects design with mass production, and award endorsement with commercial value — Metal Injection Molding (MIM).

1. Core Judging Criteria of the iF Design Award

As one of the world’s most authoritative industrial design awards, the iF Design Award never takes appearance as the sole evaluation criterion. For locks, a special category integrating security, durability and space adaptability, the judging panel has set four non-negotiable core dimensions, which are also the key thresholds for lock products to stand out in the industry:

• Aesthetic Integrity: Uphold a unified and consistent design language, achieve concealed structure treatment with exquisite craftsmanship, fully deliver on the design concept, and meet the aesthetic integration needs of diverse spaces.
• Security Performance Fundamentals: The core value of locks lies in safety protection. Structural strength, anti-forced entry performance, transmission accuracy and durability must all meet the safety standards of high-end products, solving the widespread industry pain point of “superb appearance but insufficient durability”.
• Mass Production Feasibility: Conceptual designs that cannot be implemented are not accepted. Solutions must be replicable on a large scale with stable and controllable mass production yield, avoiding the common industry risk of “excellent samples but out-of-control mass production”.
• Scenario Adaptability & Sustainability: Low energy consumption and low emission in the production process are required, and products must adapt to weather resistance, waterproof and dustproof requirements of diverse scenarios including household, commercial, high humidity and high salt spray environments, covering the full product life cycle value.

2. MIM: The Core Process Precisely Aligned with the iF Design Award Judging Criteria

Metal Injection Molding (MIM) is a near-net shape manufacturing process that combines the high molding freedom of plastic injection molding with the high strength and high precision of metal materials. It accurately solves the long-standing industry dilemma of traditional die casting and CNC machining — “the inability to balance design and performance”, and aligns perfectly with all the judging logic of the iF Design Award:

• Adaptation to Ultimate Aesthetic Requirements: Complex curved surfaces and special-shaped integrated structures can be molded in one step, with no splicing or parting lines, fully restoring the minimalist design concept and fundamentally solving the industry pain point of “compromising design for manufacturability”.
• Adaptation to High-Performance Security Requirements: Compatible with high-performance metal materials such as 304/316 stainless steel, sintered products have a density close to that of forgings, with hardness, wear resistance, torsion resistance and fatigue resistance superior to traditional die-cast materials, and molding accuracy up to ±0.03mm. It enables complex security structure design in an extremely small space, which not only meets the miniaturization design requirements of the iF Design Award, but also builds a solid security line of pry resistance and anti-technical opening.
• Adaptation to Mass Production & Sustainability Requirements: As a near-net shape process, complex structures are molded in one step without multiple subsequent processing procedures, with stable and controllable mass production yield, enabling 1:1 implementation of design drawings. The material utilization rate exceeds 95%, with low energy consumption and waste generation in production, fully complying with environmental protection judging requirements.
• Adaptation to Full-Scenario Application Requirements: MIM-molded stainless steel products have excellent corrosion resistance and weather resistance, can adapt to extreme environments such as high humidity and high salt spray, and are not prone to deformation or wear after long-term use. It can precisely control wall thickness and curved surface radian, optimize holding and opening/closing feel, and deliver a premium experience across all scenarios.

Benchmark Case Verification: MIM as the Core Process Backing for iF Award-Winning Locks

• ASSA ABLOY: Multiple products in its high-end series have won the iF Design Award. The core lock bodies and precision transmission components of its award-winning products widely adopt MIM integrated molding process, achieving a balance between minimalist design and high security standards, which is fully aligned with the judging criteria of the iF Design Award.
• Dormakaba: As a global giant in commercial and high-end residential locks, the clutch structures and special-shaped paddles of many of its award-winning products are manufactured via MIM process, meeting international design and security standards for miniaturization, high precision and durability.

• Mul-T-Lock: A number of its high-end custom locks have won the iF Design Award. The core anti-theft structural parts adopt MIM process to achieve complex integrated molding, balancing design texture, structural strength and stable mass production capability.

3. From Award Winning to Premiumization: MIM Drives Commercial Value Growth for High-End Locks

Winning the iF Design Award is only the first step for high-end locks from design recognition to end-market premiumization. The core value of MIM is to truly translate the brand endorsement, design advantages and technical advantages brought by the iF Award into long-term competitiveness and stable premiumization capability in the end market, enabling products to break free from the dilemma of homogeneous low-price competition, and achieve dual growth of brand value and market share.

• Elevate Brand Pricing Tier: The iF Design Award is a globally recognized high-end brand endorsement, and MIM is the core support to deliver on this endorsement. The integrated design, premium texture and security performance brought by MIM are the core value points for consumers to pay for high-end locks, helping brands break away from low-price competition and establish a mid-to-high-end positioning.
• Build Unreplicable Core Barriers: MIM has an extremely high technical threshold across the entire chain, from mold design, feedstock formulation to sintering mass production, which is difficult for small and medium-sized manufacturers to replicate. Product structures and designs created with MIM have high counterfeiting costs and technical barriers, which can greatly reduce the risk of homogeneous plagiarism and secure a stable premium space.
• Expand High-Premium Incremental Markets: The one-step molding feature of MIM eliminates multiple processing and assembly procedures required by traditional processes, greatly reducing production and after-sales costs, with significant full-life cycle advantages. At the same time, its high molding freedom can quickly adapt to high-premium niche scenarios such as high-end hotels, luxury residences and commercial customization, opening up new incremental growth space.

In the final analysis, MIM is never a simple process replacement, but an end-to-end solution for high-end locks covering “design implementation → product capability upgrade → brand premiumization → end-market value realization”.

As a professional MIM service provider, Yibi Precision has always fully supported global brands across industries in their innovative design exploration and international award pursuits. We provide full-chain customized MIM services from DFM design optimization, small-batch prototyping to large-scale mass production.

If you are facing the dilemma of balancing design and mass production, or the inability to fully implement your innovative designs, please feel free to send us a private message to communicate at any time.