600kg Semi Automatic Capping Machine For Honey Juice pet Bottle Cap ODM

Pharmaceutical and cosmetic packaging operates under a fundamentally different set of requirements than food or industrial packaging. Cap torque must be not merely consistent, but documented and traceable. Container handling must preserve label integrity and prevent cosmetic surface defects on premium packaging. Material certifications are not optional — they are audit requirements. And in pharmaceutical operations, every process parameter must be recorded, validated, and retrievable for batch record documentation.

The CM100 addresses these requirements with servo-driven precision, comprehensive data logging capability, and construction standards that satisfy GMP auditor scrutiny. Its torque control repeatability — within ±0.5% of set point — meets the most demanding pharmaceutical specifications for child-resistant closures, tamper-evident seals, and moisture-barrier packaging.

Oral Liquid Medications: Syrup bottles, cough medicine containers, pediatric drop bottles, and vitamin liquid bottles. These products demand absolute seal integrity — a leaking syrup bottle is not just a product loss but a potential health hazard if the leaked liquid contaminates other units or attracts pests in storage.

Tablet & Capsule Packaging: Desiccant-capped vitamin bottles, prescription pill containers, and supplement jars. Moisture ingress through an improperly sealed cap can reduce shelf life from years to months for hygroscopic formulations.

Topical Preparations: Cream and ointment jars, gel tubes, and lotion bottles with pump dispensers. The CM100's cap feeding system handles dispensing pumps — which have an extended dip tube — by using a custom-designed feed track that guides the dip tube during cap positioning.

API & Excipient Packaging: Bulk active pharmaceutical ingredient containers, excipient drums, and intermediate chemical containers used in pharmaceutical manufacturing.

Premium Skincare: Serum bottles with dropper caps, face cream jars with decorative closures, eye cream containers, and treatment lotion bottles. These high-value products use premium packaging — metallized caps, custom-color closures, soft-touch finishes — that are easily scratched or scuffed by mechanical cappers with poor torque control. The CM100's servo motor stops instantly at target torque, eliminating cosmetic cap damage.

Fragrance: Perfume bottle capping requires extreme delicacy. A perfume cap that is cross-threaded or over-torqued ruins a product that may retail for $100+. The CM100's soft-start torque ramp and precise stop control protect both the cap and the glass bottle neck finish.

Hair Care: Shampoo and conditioner bottles with flip-top or disc-top dispensing caps, hair treatment jars, and styling product containers. These high-volume products benefit from the CM100's speed (25-45 bottles/min) while the torque control ensures consistent consumer opening experience.

Body Care: Body lotion bottles with pump dispensers, body wash containers, deodorant stick packaging, and body butter jars. The wide range of cap diameters (20-130mm) accommodates the full spectrum of body care packaging formats.

Color Cosmetics: Foundation bottles with pump caps, loose powder jars with sifter caps, and lip product packaging. These often feature small-diameter, fine-thread closures that are especially vulnerable to cross-threading if the capping motion is not perfectly axial.

All product-contact materials are fully traceable to mill certificates. The SUS304 stainless steel frame, guide rails, and cap track are passivated and electropolished upon request for cleanroom installations. 

Q: What torque accuracy can the CM100 achieve?

A: The servo torque control system delivers ±0.5% repeatability at the target torque set point, verified by calibrated torque transducer during Factory Acceptance Testing. For pharmaceutical applications requiring documented torque data, we offer an optional integrated torque monitoring system that logs the actual torque value for every capped bottle, exportable as CSV for batch record inclusion.

Q: Can the CM100 handle child-resistant caps (CRC)?

A: Yes. The servo motor can be programmed to execute the push-and-turn motion profile required for child-resistant closures. The HMI recipe for CRC products includes parameters for downward force, rotation speed, engagement angle, and final torque. We recommend sending samples of your CRC caps and bottles for motion profile development in our lab.

Q: Is the CM100 suitable for a GMP-compliant pharmaceutical facility?

A: Yes. The CM100 is routinely supplied to GMP facilities with the validation documentation package described above. Key GMP features include: 304 stainless construction, smooth surfaces with no crevices or exposed threads in product areas, sealed electrical cabinet, calibration traceability, and comprehensive documentation.

Q: Can the machine handle glass bottles without breakage?

A: The servo-driven capping motion is inherently gentler on glass than pneumatic or mechanical clutch cappers. The downward force, rotational speed ramp, and final torque are all independently programmable, allowing a motion profile optimized for your specific glass bottle neck finish. Glass breakage during capping is virtually eliminated.

Q: Can you sign a confidentiality agreement before we share product details?

A: Yes. We routinely execute NDAs (Non-Disclosure Agreements) and NCAs (Non-Compete Agreements) with pharmaceutical and cosmetic clients. We understand the sensitivity of new product development and protect your formulation, packaging, and process information accordingly.

Q: What training do you provide for our operators and maintenance staff?

A: The standard training package includes: comprehensive user manual (English), machine operation video tutorials, PLC/HMI programming guide, maintenance schedule and procedures, troubleshooting flowcharts, and recommended spare parts list with part numbers. Remote live training sessions via video call are included. On-site training at your facility is available at additional cost.

Q: What is your approach to ongoing technical support for validated pharmaceutical lines?

A: We understand that validated pharmaceutical lines cannot easily accommodate hardware changes. When a technical issue arises, our engineers first attempt resolution through remote PLC diagnostics and parameter adjustment — avoiding any physical modification that would require re-validation. If a component replacement is necessary, we provide full change control documentation to support your internal re-validation process.