Crane Selection Guide for Cosmetic & Personal Care Manufacturing
Cosmetics & Personal Care Manufacturing (raw material drums 200–1,000 kg/drum, filling machines 300–2,000 kg/unit, packing cases 15–25 kg/case, pallets 300–800 kg/pallet) is dominated by light-load and cleanliness requirements. Recommended: KBK 500 kg with pneumatic balancer + LD single-girder 1–3 t + electric flat car. Kelude's cosmetics-industry solutions feature all-stainless-steel construction with GMP compliance.
Cosmetics and personal care manufacturing — covering liquid detergents, skincare, color cosmetics, and fragrances — spans four core stages: raw material emulsification and mixing, filling, packaging, and warehousing. These processes demand strict cleanliness (GMP Class 100,000) and precise filling accuracy (±1 g), with production environments kept relatively clean throughout.
Raw Material Emulsification & Mixing — Drum Handling and Feeding
Cosmetic raw materials (surfactants, oils, fragrances, etc.) are supplied in 200 kg steel drums or 1,000 kg IBC totes. Drums must be lifted to the mixer charging port (2–4 m high) for feeding. Cosmetic plants operate at high feeding frequencies — typically 5–20 drums per batch, with 20–50 batches per day.
Recommended Model: A KBK flexible modular crane with 500 kg capacity covers the transport path from the raw material storage area to the mixing station. It is paired with a stainless steel drum gripper (pneumatic or manual, with adjustable clamping force of 100–500 kg) for lifting raw material drums. A pneumatic lift platform (300 kg load capacity) at the mixer charging port assists with drum tilting and pouring.
Price Reference: The KBK 500 kg system is approximately $3,000–$6,000 per unit, and the stainless steel drum gripper is about $750–$1,500 per unit. Kelude's cosmetics raw material solution includes a stainless steel drum gripper and a leak-proof spill pallet.
Filling Workshop — Filling Machine Installation & Hopper Handling
Filling machines (liquid, paste, and powder types) weigh between 300 and 2,000 kg each. Core components include the filling head, metering pump, and hopper, all manufactured in Stainless Steel 304 or 316L. The filling workshop maintains a cleanliness level of 100,000 particles per cubic meter (GMP standard), with stainless steel surfaces finished to Ra ≤ 0.8 μm.
Recommended Model: LD single-girder electric crane with 1–3 t capacity and 8–12 m span, covering the filling machine installation area. Filling head assembly uses a pneumatic balancer (50 kg) for micron-level positioning. The hopper is handled with a specialized stainless steel spreader equipped with nylon slings and silicone pads.
Price Reference: LD single-girder crane (1 t / 10 m span) is approximately $3,000–$6,000 per unit. Kelude Heavy Industry's filling workshop solution includes a stainless steel spreader and cleanroom-rated hermetic motors.
Packaging Line — Automated Filling, Sealing & Case Packing
The daily chemical packaging line integrates filling machines, capping machines, labeling machines, case sealers, and palletizing equipment. A single line produces 30,000–100,000 bottles per day (liquid detergent in 200 ml–2 L bottles) with a filling accuracy of ±1 g. The line operates at a high automation level (≥90%), with manpower focused on equipment maintenance and material replenishment.
Recommended Model: A roller conveyor line (300–500 mm width, 10–20 m/min speed) connects all equipment along the line. Packaging materials (bottles, caps, labels, cartons) are delivered on a scheduled basis by AGVs (1 t load capacity). The palletizing area is equipped with a robotic palletizer (200 kg per cycle, 8 cycles/min).
Price Reference: Roller conveyor line is approximately $45–$75 per meter; AGVs are about $7,400–$11,900 per unit. Kelude Heavy Industry's daily chemical packaging solution integrates AGV and robotic palletizing in a synchronized workflow.
Finished Goods Warehouse — Pallet Inbound & Outbound Management
Finished daily chemical products (cartons weighing 15–25 kg each, pallets at 300–800 kg per load) move through the warehouse with high turnover — a minimum of 4 inventory turns per month. The automated storage and retrieval system (10–20 m high) works with the Warehouse Management System (WMS) to ensure FIFO batch tracking. The outbound dock handles 50–100 truckloads per day.
Recommended Model: MH Type gantry crane with 3–5 t capacity and 8–12 m span covers the loading area. The high-bay racking zone is served by a stacker crane (1 t capacity, 10–20 m lift height). The WMS integrates with the ERP system for automated inbound and outbound operations.
Price Reference: MH Type gantry crane (3 t) is approximately $5,900–$11,900 per unit; stacker crane plus WMS runs about $22,200–$44,500 (automated warehouse solution). Kelude Heavy Industry customizes warehouse solutions based on daily throughput requirements.
Daily Chemical & Cosmetics Crane Configuration Comparison
| Process | recommended model | tonnage | Cleanroom/Accuracy | reference price |
|---|---|---|---|---|
| Raw Material | KBK+Stainless Steel Drum Clamp | 0.5t | Stainless Steel/GMP | 2~510K |
| Filling | LD+pneumatic balancer | 1~3t | ±1g/Class 100,000 | 2~410K |
| Packaging | roller conveyor line+AGV (Automated Guided Vehicle)+Palletizing | 1t | Automation≥90%% | 0.5~1310K |
| Warehousing | MH+Stacker+WMS | 3~5t | FIFOBatch | 4~3810K |
Key Parameters for Cosmetics & Daily Chemical Plants
Kelude Service Advantages for Cosmetics & Daily Chemical Plants
Kelude Heavy Industry has extensive experience in the cosmetics and daily chemical manufacturing sector. With a 50,000 m² production base and an ISO 9001 Quality Management System certification, we provide cleanroom-compatible stainless steel crane solutions for raw material handling, filling, packaging, and warehousing operations.
Cleanroom Stainless Steel Solutions
Our core system integrates KBK stainless steel workstations, LD stainless steel cranes, AGVs, and robotic palletizing to meet GMP Class 100,000 (ISO Class 8) requirements across the entire process—from raw materials and filling to packaging and warehousing.
GMP-Compliant Design
Standard configurations include stainless steel hoists, nylon slings, silicone pads, and leak-proof pallets. Surface roughness is maintained at Ra ≤ 0.8 μm to meet strict GMP cleanroom standards for daily chemical production.
Complete Plant Logistics Planning
We provide comprehensive layout planning for daily chemical workshops, covering crane type and tonnage for raw material feeding, filling, packaging, and warehousing, as well as AGV route optimization and cleanroom zone classification.
Frequently Asked Questions (FAQ)
Q: How can IBC totes (1000 kg) be lifted and transported safely?
A: Key points for lifting IBC totes (1000 kg, 1 m³): ① Tote Clamp – Use a four-jaw pneumatic tote clamp (gripping the four top corners), with a clamping force of ≥500 kg per jaw. ② Anti-Sway Control – Install an Anti-Sway System (magnetic damping) on the KBK rail to improve lifting stability by 50% and prevent liquid sloshing or tipping. ③ Leak Prevention – Place a drip tray (≥20 L capacity) under the tote and use Quick Couplings for a secure seal. Kelude Heavy Industry includes the pneumatic tote clamp, anti-sway control, and leak prevention kit as standard.
Q: What are the crane requirements for a Class 100,000 (ISO Class 8) filling room?
A: Requirements for ISO Class 8 (Class 100,000) cleanrooms: ① Electric hoist motor must be sealed (IP54 with a sealing cover) to prevent carbon brush dust leakage. ② The load chain must be 304 stainless steel (standard chains can rust and shed particles). ③ Use food-grade white oil (H1 grade) for lubrication. ④ Crane rails must be Hot-Dip Galvanized (zinc layer ≥80 μm). ⑤ The control box should be located outside the cleanroom. Kelude's cleanroom solutions include a particle detection report (≥0.5 μm particles ≤3,520,000 particles/m³).
Q: How is AGV delivery planned for packaging materials?
A: AGV delivery planning: ① Packaging material consumption stations on each filling line (bottles/caps/labels), with route lengths of 50–200 m overall; ② Each AGV has a 1 t load capacity and travels at 30 m/min, completing one delivery cycle in 5–15 minutes; ③ The number of AGVs is calculated based on packaging material consumption rate — one filling line (50,000 bottles/day) requires 2 AGVs (one in service + one on standby); ④ Charging stations are located at the line ends, with a 30-minute charge providing 2 hours of operation. Kelude provides the AGV dispatching system and charging management.
Q: How is the turnover rate calculated for a finished-goods warehouse?
A: Warehouse turnover rate = monthly outbound volume ÷ average inventory level. Example: with a monthly output of 50,000 pallets and an average inventory of 10,000 pallets, the turnover rate is 5 times/month. A reasonable turnover rate for the daily chemical industry is ≥4 times/month. Ways to improve turnover: ① FIFO batch management — first in, first out to reduce inventory dwell time; ② ABC classification — A-class (fast-moving) items are stored near the outbound dock, while C-class (slow-moving) items are placed further away; ③ WMS automatic slotting to reduce picking and search time. Kelude's WMS optimizes slotting based on turnover rate.
