Cases

Exemplary University Dormitory Space Optimization: S University’s H-Frame Bunk Bed Renovation Case

I. Project Background S University (a key institution in East China) faced critical challenges in its older dormitory buildings constructed in 2000: Outdated wooden beds in six-person rooms (load capacity ≤150 kg) with structural instability risks Inadequate storage space (only 0.3m³ per student) Aging electrical circuits unable to support modern charging demands II. Innovative Solution During the 2023 summer break, the university’s logistics group partnered with professional furniture manufacturers to implement H-shaped integrated steel bunk beds: III. Space-Smart Design Details Vertical Utilization: 1.2m ergonomic desk (78cm height) under each bed Smart Integration: 4 USB ports + 2 power sockets per bed (independent circuit breakers) Storage System: Overhead cabinet (0.8m³) + hanging area (1.5m height) Stair drawers (15kg capacity each) Elevated under-bed cabinet (25cm ground clearance for easy cleaning) IV. Implementation Results Across 12 renovated dorm buildings (3,000 beds): 40% space efficiency gain: Aisles widened from 60cm to 85cm 97.2% satisfaction rate (2023 freshman survey) 90% reduction in maintenance (vs. monthly repair frequency of old beds) Zero safety incidents (post-renovation inspection records) VI. Industry Insights This project demonstrates: Modular design solves spatial constraints in 8㎡ rooms Safety redundancy (300% load capacity margin) is essential Integrated circuits require 20% expansion capacity The model has been adopted by six universities across three provinces, proving that compact, user-centric bunk beds effectively address accommodation challenges amid enrollment expansion. Future upgrades may incorporate smart features (e.g., environmental monitoring/power management). Value Proposition: With renovation costs under ¥10,000 per bed, the 15-year lifecycle solution triples spatial efficiency – setting a standardized benchmark for Chinese university dorm renovations.

2025-07-24

Engineering Case Report: Mass Production of High-End Painted Panel Leather Office Chairs

I. Project Background Client Requirements: A multinational corporation ordered 2,000 executive office chairs with specifications: Structure: Curved wood base (birch plywood) + high-resilience molded foam + full-grain Nappa leather upholstery Finish: Semi-matte wood-grain paint (oak texture) + stain-resistant leather coating Performance: 10-year warranty, ≥8 hours daily use, compliance with BIFMA X5.1 standards Core Challenges: Mass-production consistency: 99% similarity required for wood-grain texture on curved substrates Durability conflict: Matte finish scratch resistance vs. leather stain resistance Process efficiency: ≤45-minute production cycle per chair (traditional methods: 120 minutes) II. Key Technical Solutions 1. Substrate & Coating System Upgrade Component Material/Process Innovation Function Wood substrate 12-ply cross-laminated birch + microwave drying Warpage stress ≤0.3mm/m Leather treatment Full-grain Nappa + nano-siloxane hydrophobic coating Coffee stain contact angle >110° Paint system UV primer (2 coats) → Digital grain printing → Water-based matte PU topcoat 1200 dpi texture resolution 2. High-Efficiency Integrated Process 3. Enhanced Durability Design Edge wear resistance: 0.5mm stainless steel caps laser-welded to armrest fronts Micro-radius edges + reinforced paint (film thickness ≥150μm) Performance validation: 300,000 seat impact cycles (vs. BIFMA 100,000) – zero paint delamination 50,000 Taber abrasion cycles – leather weight loss 200%) IV. Economic & Performance Outcomes Client Validation: 6-month field inspection (50 chairs): Gloss retention >90%, zero leather cracking Ergonomics rating: Body Pressure Distribution (BPD) excellence (seat dispersion ≥87%) V. Industry Application Expansion Cost-optimized alternatives: Substrate: MDF replaces solid wood (cost ↓35% with enhanced moisture protection) Leather: Ultrasuede™ substitutes Nappa (abrasion resistance ↑40%, 85% tactile similarity) Smart integration: Pressure sensors (under seat) with posture-alert systems Wireless charging in armrests (precision paint-sealed ports)

2025-07-18

Folding Revolution Activates Industrial Space: Smart Training Center Renovation at a Yangtze Delta Auto Parts Factory

01 Pain Point Analysis: Training Dilemma in a Thousand-Person Factory A automotive components manufacturer (¥2.7B annual output) faced triple challenges: Space Waste: 800㎡ fixed training room utilization ≤18%, idle cost: ¥860k/year Production-Training Conflict: Equipment changeovers required urgent training; traditional setup took 45+ minutes Safety Hazards: Temporary training zones blocked fire exits, resulting in 2 safety fines (2021) (Industrial engineers calculated: Each training shutdown caused ~¥230k/day in lost productivity) 02 Disruptive Solution: Industrial-Grade Folding System Deployment Implemented heavy-duty rail-guided folding table system with industrial-optimized features: Transformation Efficiency: 90-Second Reconfiguration: 3 operators convert 500-seat hall into 15 discussion islands Space Alchemy: Repurposed warehouse into multi-functional space (training/QC/emergency command) Zero-Downtime Installation: Completed 6 training sites during 7-day Spring Festival shutdown 03 Economic Impact Detonation (12-Month Performance) (Data verified by Deloitte audit) 04 Management Chain Reaction Production Boost: Micro-training during equipment changeovers added 3,200 productive hours/year Emergency Value: Rapidly converted to 200-person shelter during 2023 typhoon Carbon Asset: Avoided 3 dedicated training rooms, secured ¥530k green subsidies "Folding systems transformed training from a cost center to a profit driver." — Chen Hao, Plant Operations Director 05 Smart Manufacturing Insights Project triggered industry-wide changes: Modular Standardization: 5 local suppliers co-developed Domestic Replacement Surge: Load capacity reached 800kg/㎡ (exceeding German DIN by 37%)

2025-07-17

Premium Office Experience: How Ergonomic Leather Chairs Reshape Efficiency and Comfort—A Case Study of Company A's Executive Office Upgrade

In high-end office settings, traditional leather chairs have long symbolized status but often at the cost of user well-being. Ms. Li, Digital Transformation Director at Tech Company A, experienced this firsthand: "Working over 8 hours daily, my luxury traditional leather chair exacerbated my back pain—until we introduced the X7 Ergonomic Leather Chair." Design Challenges & Innovative Solutions Traditional leather chairs fall short due to their static design, failing to adapt to dynamic human needs. The X7 series integrates three revolutionary technologies: Auto-Adaptive Lumbar Support: Memory foam + 4D suspension reduces lumbar pressure by 22% (clinical tests) Smart Climate-Control Leather: Nano-ventilation pores + active airflow maintain surface temperature at 26°C±2°C Weight-Sensing Base: Auto-adjusts tilt resistance (50–130kg) with 135° recline Real-World Performance Validation During Company A’s 3-month pilot program, R&D teams using X7 chairs showed remarkable improvements: Efficiency Boost: +47 mins daily focused worktime (Toggl data) Health Gains: 89% reported reduced muscle stiffness Cost Savings: 68% QoQ drop in lumbar injury claims (HR reports) Industry-Specific Applications Tailored variants now serve diverse professional needs: Trading Floors: Reinforced base + 360° rotation for frequent turns Creative Studios: Detachable headrest + tilt lock for brainstorming postures Executive Suites: Motorized lift for sit-stand transitions in 1 second Procurement Decision Framework Evaluate chairs through three critical dimensions: The 2024 Global Ergonomics Association Report confirms premium ergonomic chairs deliver 3.7x ROI. Company A’s CFO verified: "While unit cost reaches ¥10k+, the 8-year lifecycle and reduced healthcare expenses make annual costs lower than standard office chairs."

2025-07-16

Pioneer of Standing Work in Education:

School Adopts Pneumatic Height-Adjustable Desks This case is highly inspiring! As a "standing office pioneer," the school’s introduction of pneumatic height-adjustable desks demonstrates not only a commitment to (teacher-student health) but also innovative educational philosophy. Below are key insights and extended reflections: I. Why Schools Are Ideal Testing Grounds for "Standing Work" Critical Health Needs Students sit for >8 hours/day (class + homework), increasing risks of scoliosis, obesity, and reduced concentration. Teachers suffer high rates of cervical/lumbar disorders due to prolonged desk work. Habit-Forming Stage Primary/secondary school is the golden period for habit cultivation, where standing culture can instill lifelong health awareness. Teaching Flexibility Adjustable desks enable diverse teaching modes: group discussions, lab work, art creation, etc. II. Core Advantages of Pneumatic Desks (vs. Electric) III. Implementation Essentials (From Successful Cases) Phased Rollout Prioritize teachers’ offices & computer labs → expand to science labs/library. Height Customization Elementary: min. 55cm (for 120cm-tall students); Secondary: max. 125cm. Behavioral Guidance Install "stand-up reminders" (every 30 mins) Develop interactive course: Healthy Desk Guide (with spinal protection animations) IV. Quantifiable Impact 2-year tracking data from a secondary school: V. Broader Implications: Transforming Educational Spaces This initiative transcends furniture upgrades—it’s a practice of Spatial Pedagogy, leveraging design to activate physical engagement. Compared to Finland’s "desk-free forest schools" or U.S. "dynamic classrooms," height-adjustable desks offer a low-cost breakthrough for reimagining learning spaces, especially in resource-limited regions. Case Insight: A Shenzhen elementary school integrates these desks with a "flexible classroom system," instantly transforming rooms into seminar/lab spaces—boosting space utilization by 60%.

2025-07-15

The Reading Revolution in Dim Light: GM Library's Reading Lamp Renovation Case Study

As the evening glow faded from the floor-to-ceiling windows of GM Library, several readers in the window seating area instinctively leaned closer to their books—the dwindling natural light making words increasingly indistinct. This was once the daily tableau at GM Library: uniform overhead lighting failed to focus on book pages, casting illumination that was dim, glaring, or harshly cold, creating invisible barriers to immersive reading. To overcome this challenge, GM Library launched the "Lightvolution" initiative—building a personalized reading light environment system. Abandoning the "one-light-fits-all" approach, each study desk was equipped with an independently adjustable eye-care LED reading lamp featuring: ● Three brightness levels (15-300 lumens) ● Three color temperatures (2700K warm yellow to 5000K cool white) ● Touch-sensitive controls for stepless adjustment, allowing readers to customize their "personal light domain" like sound engineers tuning a sonic landscape ● Free-swinging arm design enabling flexible extension and rotation—ensuring precise coverage whether for art folios or pocket paperbacks. Transformative Results Exceeding Expectations Insights and Wider Impact This beam of light transcended mere illumination: ✨ It proves: The warmth of public service lies in details—When GM Library taught lights to "read" individual needs, architectural space gained a soul. ✨ It heralds: The precision light revolution will brighten more spaces—From museum exhibits and hospital beds to café corners, every focus-demanding niche deserves light that "exists solely for you."

2025-07-11

Open Space Office Workstation

Commercial Manager Office Desk

Office Conference Table

Folding table

Uplift Standing Desk

Soundproof Office Pod

Soundproof Phone Booths for Offices

Screen partition work position