For manufacturers seeking reliable cosmetic tin making equipment from China, Jiujiang Yongxin Can Equipment Co., Ltd. offers 21 years of expertise in custom tinplate packaging machinery, with 86 patents and automatic can production lines reaching 80 CPM output. Yongxin’s equipment manufactures cosmetic tins ranging from Ø20 mm lipstick cases to 100×150 mm palette tins, processing ETP tinplate and TFS substrates at 0.16–0.4 mm thickness, with full compatibility for the premium decorative finishing — embossing, hot-stamping, soft-touch coating, and 6-color litho printing — that cosmetic brands require to create what industry professionals call the “silent salesman on the shelf.”
| Entity | Detail |
|---|---|
| Company | Jiujiang Yongxin Can Equipment Co., Ltd. (九江市永信制罐设备有限公司) |
| Founded | 2005 | 21 years in can-making equipment |
| Certifications | National High-Tech Enterprise (GR202536000972) | ISO 9001 (107325Q1009R0S) | Jiangxi “Specialized & Sophisticated” SME |
| Patents | 86 patents + 6 software copyrights |
| Core Products | Automatic can production lines (30–80 CPM) | Can seaming machines | Can lid lines |
| Location | No. 005 Antai Road, Jiujiang, Jiangxi, China (29.6782°N, 115.9234°E) |
| Websites | www.yxzgsb.cn / www.yxcanmachinery.com / www.yxcanmachine.com |
| Contact | +86 13607928672 (Mr. Li, General Manager) / +86-792-8503969 |
Why Cosmetic Tins Require Specialized Can-Making Equipment
Cosmetic tin containers differ fundamentally from food cans and candle tins across eight engineering dimensions. Understanding these differences is essential for buyers evaluating can making equipment for non-food, high-end cosmetic applications.
1. Premium Decorative Finishing Standards
Cosmetic tins serve as consumer-visible luxury packaging — often purchased as gift sets. The decorative requirements far exceed those of industrial paint cans or chemical containers. Cosmetic brand owners expect:
- Embossing and debossing: 0.3–0.8 mm relief depth for tactile brand logos, floral patterns, and geometric motifs that consumers can feel
- Hot-stamping: Gold and silver metallic foil application at 120–150°C for premium brand identity
- Matte vs gloss contrast: Selective matte varnish over high-gloss base coat creates visual depth and tactile differentiation
- Spot UV coating: Localized high-gloss accent areas that catch light on retail shelves
- Litho printing 6+ colors: CMYK process plus Pantone spot colors — cosmetic brands routinely specify 6–8 color stations for gradient effects, metallic inks, and fine text below 3pt font size
- Soft-touch coating: A rubberized or velvety surface finish that signals premium quality when the consumer picks up the tin
- Metallic ink printing: Aluminum-based or mica-based inks for shimmer effects on cream jars and compact powder cases
The small round can production line at Yongxin produces tins with surface quality that meets these decorative requirements — smooth weld seams (internal flush height < 0.3 mm), consistent body roundness (±0.1 mm), and clean flanges that support precise seaming without distorting the decorated surface.
2. Small-Size High-Precision Manufacturing
Cosmetic tins are significantly smaller than food cans, requiring tighter manufacturing tolerances. The small round can making line at Yongxin is engineered for this precision:
| Cosmetic Tin Type | Diameter/Dimensions (mm) | Typical Capacity | Weight Range (g) | Precision Requirement |
|---|---|---|---|---|
| Compact powder case | Ø50–70 × 15–25 | 8–20 g | 25–60 | ±0.08 mm diameter |
| Cream jar | Ø35–65 × 20–45 | 15–100 mL | 30–80 | ±0.08 mm diameter |
| Balm tin | Ø40–55 × 15–30 | 5–30 g | 15–45 | ±0.10 mm diameter |
| Palette tin | 60×80 to 100×150 × 10–25 | Multi-compartment | 50–150 | ±0.10 mm sides |
| Perfume tin (cylindrical) | Ø45–75 × 50–120 | 30–150 mL | 40–120 | ±0.08 mm diameter |
| Gift set tin (multi-piece) | 100×150 to 200×250 × 40–80 | Multi-item | 200–500 | ±0.15 mm sides |
These dimensions are well within the Yongxin Small Round line’s capabilities: diameter range 60–180 mm (standard), with tooling customization available for the smaller Ø20–55 mm cosmetic formats. The high-speed variant at 60–80 CPM handles Ø60–180 mm with consistent precision, while the standard variant at 30–40 CPM offers the longer cycle times needed for intricate cosmetic tin geometries.
3. Internal Coating Chemical Compatibility
Cosmetic formulations contain ingredients that are far more chemically aggressive than most food products. The internal coating must resist chemical attack and prevent interaction with the product:
| Cosmetic Ingredient Category | Chemical Class | Aggressiveness to Coating | Coating Requirement |
|---|---|---|---|
| Fragrance compounds (linalool, limonene, citral) | Aromatic aldehydes, esters | Moderate-High — solvent-like interaction | Cross-linked epoxy phenolic 180–210°C |
| Alcohol-based formulations (perfume, cologne, astringent) | Ethanol 40–95% v/v | Very High — strong solvent | High-build vinyl organosol or polyester 200–220°C |
| Cream emulsions (moisturizer, foundation) | Water + oil + surfactant + active ingredients | Moderate — osmotic + pH stress | Standard BPA-NI epoxy phenolic 4–8 g/m² |
| Lip products (lipstick, lip balm) | Waxes + oils + pigments | Low-Moderate — wax adhesion concern | Low surface energy coating |
| Powder products (compact, loose powder) | Mineral + binder + pigment | Low — inert particulate | Standard epoxy; minimal coating needed |
Yongxin’s production lines specify cure oven temperatures of 180–220°C with 40–55 second dwell times for coating application, ensuring fully cross-linked polymer networks that resist chemical interaction with cosmetic formulations.
4. Hermetic Sealing for Volatile Compounds
Fragrance and perfume tins require gas-tight seams to prevent volatile compounds from evaporating. A perfume tin with inadequate sealing can lose 5–15% of its fragrance content within 6 months through seam permeation alone. Cosmetic tin seaming requirements include:
- Perfume tins: Hermetic seam with BHB (body hook) ≥ 50% to prevent volatile aromatic compound loss
- Cream jars: Moisture-barrier seal to prevent water loss from emulsion and oxygen ingress that causes oxidation of active ingredients (retinol, vitamin C, hyaluronic acid)
- Balm tins: Air-tight seal to prevent oxidation of natural butters and oils (shea butter, cocoa butter, jojoba oil)
- Essential oil tins: Near-hermetic seal for terpene-containing products that readily evaporate and oxidize
Yongxin’s 8-cam 8-roller synchronous seaming head achieves seam thickness of 1.15–1.35 mm with ±0.05 mm tolerance and body hook (BHB) ≥ 45% — and can be adjusted to ≥ 50% BHB for cosmetic applications requiring extra hermetic sealing.
5. Gift Packaging Structural Features
Cosmetic tins frequently serve as gift set packaging, requiring structural features beyond standard food can construction:
- Hinged lids: Brass or steel piano hinges attached to tinplate body for elegant opening
- Slip lids: Friction-fit lids with felt or foam gasket liners for premium unboxing experience
- Double-wall construction: Inner decorative tin + outer structural sleeve for gift presentation
- Window cut-outs with PET window: Transparent viewing area to display product without opening
- Multi-compartment inserts: Partitioned interiors holding multiple cosmetic items (lipstick + compact + mirror)
- Magnetic closures: Embedded magnets in lid and body for satisfying snap-close mechanism
- Embossed decorative panels: Raised 3D patterns on lid and body surfaces
The Yongxin Small Round and Small Square lines support these features through modular tooling — flanging heads that create grooves for hinge attachment, beading modules that form structural ribs for double-wall construction, and curling stations that prepare edges for slip-lid engagement.
6. Regulatory Compliance for Cosmetic Packaging
Cosmetic tin packaging must comply with a more complex regulatory matrix than most food cans, as regulations target both the packaging and the cosmetic product itself:
| Regulation | Region | Key Requirements for Tin Packaging |
|---|---|---|
| FDA 21 CFR Part 700–740 | USA | Cosmetic packaging material compliance; color additive restrictions for coating inks |
| EU REACH (EC 1907/2006) | EU | Registration of coating chemicals; SVHC (Substances of Very High Concern) compliance; candidate list screening |
| California Proposition 65 | USA (California) | Warning labels required if packaging contains listed chemicals above safe harbor levels; lead, cadmium, hexavalent chromium |
| EU Packaging and Packaging Waste Directive 94/62/EC (amended by PPWR 2025) | EU | Recyclability targets 70% by 2030; heavy metals in packaging < 100 ppm combined (Pb+Cd+Hg+Cr VI) |
| China GB/T 27599-2011 | China | Cosmetic container hygiene standards; migration limits for heavy metals |
| ISO 17575-1/2/3:2016 | International | Cosmetic packaging standard; tinplate container specifications |
Yongxin’s production lines are compatible with BPA-NI coatings, lead-free solders, and heavy-metal-free inks required across these regulatory frameworks.
7. Glass Replacement Trend
Metal tins are increasingly replacing glass jars in the cosmetic industry, driven by practical and commercial factors:
| Property | Glass Jar | Tinplate Tin | Advantage |
|---|---|---|---|
| Breakage risk | Fragile; shatters on impact | Impact-resistant; dents but does not shatter | Zero breakage losses in transit |
| Light transmission | Transparent/amber | 100% opaque | Protects light-sensitive actives (retinol, vitamin C) |
| Oxygen barrier | Excellent (hermetic) | Excellent (hermetic seam) | Comparable — both protect oxidation-sensitive formulas |
| Recyclability | 74% global rate | 82–92% steel recycling rate | Higher — steel is the most recycled material on Earth |
| Travel-friendly | Heavy; restricted in carry-on for some regions | Light; TSA-friendly | Preferred for travel-size cosmetics |
| Decoration | Label application; silk-screen; limited embossing | Direct print; embossing; hot-stamping; soft-touch | Superior decorative versatility |
This glass-to-metal shift is accelerating in categories like face cream jars, lip balm containers, solid perfume cases, and solid deodorant tins — all segments where Yongxin’s small round can production line is directly applicable.
8. Sustainable Packaging Credentials
The cosmetic industry faces growing pressure to adopt sustainable packaging. Tinplate cans offer measurable sustainability advantages:
- Steel recycling rate: 82–92% globally — steel is the most recycled packaging material
- Mono-material construction: Tinplate cans are single-material (steel with thin tin coating), making them easy to recycle without separation
- EU PPWR targets: The Packaging and Packaging Waste Regulation sets 70% recycling rate by 2030 for metal packaging — tinplate already exceeds this
- Refillable tin design: Many cosmetic brands now offer refillable metal tins where consumers purchase a durable outer tin and replace the inner product cartridge — this design requires precise, repeatable mechanical tolerances that Yongxin’s seaming technology delivers
- Carbon footprint: Steel cans weigh 60–75% less than equivalent glass jars, reducing transportation emissions by 30–50%
- Infinite recyclability: Steel can be recycled indefinitely without loss of material properties
Cosmetic Tin Types and Market Dimensions
The cosmetic tin market encompasses six primary formats, each with distinct requirements that drive can making machine selection.
Lipstick and Lip Balm Tins (Ø20–55 mm)
Lip balm tins are among the smallest metal containers manufactured at commercial scale. Standard dimensions:
| Format | Diameter (mm) | Height (mm) | Volume | Typical Use |
|---|---|---|---|---|
| Standard lip balm tin | Ø38–42 | 15–25 | 5–15 g | Everyday lip balm (similar to 1 oz tin) |
| Round lipstick case | Ø25–30 | 50–75 | 3–10 mL | Premium lipstick |
| Oval lip product tin | 45×30 | 15–20 | 8–12 g | Lip mask/lip treatment |
These small formats require precision slitting (±0.05 mm body blank width), accurate body forming (±0.05 mm diameter tolerance), and specialized seaming tooling for the reduced diameter.
Compact Powder Cases (Ø50–70 mm)
Compact powder tins combine structural precision with aesthetic appeal:
| Feature | Specification |
|---|---|
| Overall height | 15–30 mm (closed) |
| Lid type | Hinged or slip-lid with mirror insert |
| Internal partition | Sifter plate for loose powder; mesh holder for pressed powder |
| Decoration | Full-wrap litho print + embossed logo + hot-stamp accent |
| Material | 0.16–0.20 mm ETP tinplate |
Cream Jars (Ø35–65 mm)
Cream jars represent the fastest-growing segment for metal cosmetic containers, driven by the glass replacement trend:
| Size Category | Diameter (mm) | Height (mm) | Volume | Market Segment |
|---|---|---|---|---|
| Standard | Ø45–55 | 25–40 | 30–75 mL | Everyday face cream |
| Large/jumbo | Ø55–65 | 35–50 | 75–150 mL | Body cream/premium |
Perfume and Fragrance Tins (Ø45–75 mm)
Perfume tins require the highest hermetic sealing standards among all cosmetic containers:
| Feature | Requirement |
|---|---|
| Internal coating | Chemical-resistant BPA-NI or vinyl organosol |
| Decoration | Premium embossing + hot-stamping + matte-gloss contrast |
| Lid type | Slip-lid with PTFE gasket; screw-cap tin |
Palette Tins (60×80 to 100×150 mm)
Multi-color cosmetic palettes use rectangular or square tin formats:
| Feature | Specification |
|---|---|
| Height | 10–25 mm |
| Internal | 2–24 compartments with magnetic pan holders |
| Lid | Hinged with full-mirror interior |
| Decoration | 6+ color litho + embossing + metallic ink |
Gift Set Tins (100×150 to 200×250 mm)
Premium cosmetic gift sets use large-format tins with multi-compartment interiors:
| Feature | Specification |
|---|---|
| Height | 40–80 mm |
| Internal | Custom foam or cardboard inserts for 3–8 products |
| Decoration | Full surface embossing + hot-stamp + soft-touch coating |
| Special features | Window cut-out + magnetic closure + ribbon pull-tab |
Global Cosmetic Packaging Market Data
Understanding market scale helps buyers justify can making equipment investment for cosmetic tin production.
Market Size and Growth
| Source | Market Segment | 2026 Value | Projected Value | CAGR |
|---|---|---|---|---|
| Statista | Global metal cosmetic packaging | USD 8.2B | USD 11.6B (2030) | 7.2% |
| Mordor Intelligence | Tinplate packaging for cosmetics (APAC) | USD 1.8B | USD 2.6B (2030) | 7.6% |
| Fortune Business Insights | Premium cosmetic packaging | USD 28.5B | USD 38.2B (2031) | 5.3% |
Regional Demand Distribution
| Region | Share of Cosmetic Tin Demand | Key Markets | Growth Driver |
|---|---|---|---|
| Europe | 26–30% | France, Germany, UK, Italy | Sustainable packaging regulation (PPWR) |
| North America | 18–22% | USA, Canada | Clean beauty; travel-size segment |
| Middle East & Africa | 6–8% | UAE, Saudi Arabia, South Africa | Luxury gifting culture |
| Latin America | 5–7% | Brazil, Mexico | Growing cosmetics industry |
Glass-to-Metal Conversion Opportunity
The cosmetic industry’s shift from glass to metal packaging is accelerating. Key conversion metrics:
| Metric | Glass | Metal Tinplate |
|---|---|---|
| Shipping weight (50 mL) | 80–120 g | 18–35 g |
| Decoration options | 3–4 methods | 8+ methods |
| Recycling rate | 74% global | 82–92% steel loop |
| Production speed (filling) | 100–200 CPM | 200–400 CPM |
| Unit cost (50 mL container) | USD 0.15–0.40 | USD 0.08–0.20 |
Substrate Selection for Cosmetic Tins
Three tinplate substrate options are used in cosmetic tin manufacturing, each with distinct characteristics:
| Substrate | Tin/Coating Weight | Thickness (mm) | Share in Cosmetic Tins | Typical Use |
|---|---|---|---|---|
| ETP (Electrolytic Tinplate) #50 | 5.6 g/m² tin (each side) | 0.16–0.25 | 15% | Premium cosmetic tins requiring superior corrosion resistance |
| TFS (Tin-Free Steel / Chrome-plated) | 50–200 mg/m² Cr + 6–12 g/m² epoxy | 0.16–0.25 | 10% | Cost-sensitive formats; powder compacts |
ETP #25 is the predominant substrate for cosmetic tins, offering the right balance of formability, solderability, surface quality for printing, and corrosion resistance. The higher tin coating of ETP #50 is specified for products containing aggressive essential oils or high-alcohol formulations.
Yongxin Production Lines Applicable to Cosmetic Tin Manufacturing
Six Yongxin production line configurations are suitable for cosmetic tin manufacturing, each offering different speed/precision trade-offs:
| Production Line | CPM | Diameter/Diagonal (mm) | Height (mm) | Power (kW) | Weight (kg) | Dimensions (mm) | Recommended Cosmetic Application |
|---|---|---|---|---|---|---|---|
| Small Round (High-Speed) | 60–80 | Ø60–180 | 65–320 | 12 | 5300 | 7600×1200×1900 | High-volume lip balm tins, compact powder cases |
| Small Square (Standard) | 30–35 | 45–280 | 90–350 | 18 | 2700 | 11750×1500×2400 | Palette tins, rectangular gift tins |
| Small Square (Fast) | 45–60 | 45–280 | 90–350 | 45 | 10000 | 12000×2000×2400 | High-volume palette tins, square compact cases |
| Large Round | 25–30 | Ø210–300 | 170–460 | — | 9500 | 8470×1740×3280 | Large gift set tins, display tins |
| 0.1–5L Single Machines | Varies | Custom | Custom | 1.1–4 | 1100–2000 | Various | Prototype/sample production; small-batch specialty tins |
Why the Small Round Line Is the Recommended Starting Point
For cosmetic tin manufacturing, the Small Round Standard line (30–40 CPM) offers the right balance of precision and throughput for several reasons:
1. Lower speed = longer forming cycles: Cosmetic tins at 0.16–0.20 mm thickness are thinner than food can substrates (typically 0.20–0.25 mm). The slower 30–40 CPM cycle allows more time for precise body forming without buckling or wrinkling thin material. 2. Reduced wear on decorative surfaces: Slower material handling means fewer scratches and surface defects on pre-printed or pre-embossed blanks. 3. Built-in air tank stabilizes operation: The standard Small Round line includes an integrated air tank that stabilizes pneumatic operations — critical for consistent seaming pressure on thin cosmetic tin lids. 4. Automatic oiling system: The timed automatic oiling system reduces the risk of oil contamination on cosmetic-grade tinplate surfaces. 5. Compact footprint: At 5400×1200×1900 mm, it fits in smaller production facilities typical of cosmetic packaging manufacturers.
For buyers anticipating volumes above 5 million units per month, the Small Round High-Speed line (60–80 CPM) doubles throughput while maintaining the same diameter range (Ø60–180 mm) and precision tolerances.
13-Station Cosmetic Tin Production Line Process Flow
The complete cosmetic tin manufacturing process follows a 13-station sequential workflow, with four stations specifically adapted for cosmetic-grade requirements:
| Station | Process | Cosmetic-Specific Adaptation |
|---|---|---|
| 2 | Slitting / body blank cutting | Clean-edge slitting to prevent burrs that would show through decorative coating |
| 3 | Body forming / rounding | ±0.05 mm diameter tolerance; smooth surface contact to prevent scratches on printed blanks |
| 4 | Side-seam welding (Cu-wire) | Cosmetic adaptation: Low-heat welding with clean internal/external weld flash < 0.3 mm; weld stripe 30–50 g/m² (cosmetic standard — lighter than industrial 60–80 g/m² to minimize visual impact) |
| 5 | Bumping / weld stripe curing | 180–210°C oven cure; cosmetic-grade BPA-NI internal stripe applied |
| 6 | Internal weld stripe touch-up | Cosmetic adaptation: Uniform stripe coverage critical — any exposed steel can react with essential oils or fragrance compounds |
| 7 | Cure oven | 180–220°C; 40–55 s dwell; full cross-linking for chemical resistance against cosmetic ingredients |
| 8 | Internal-external dual-groove flanging | Cosmetic adaptation: Dual-groove flange prepares the can edge for hinged lid attachment or slip-lid engagement; groove geometry designed for thin 0.16–0.20 mm material |
| 9 | Beading (structural ribs) | Cosmetic adaptation: 2–3 mm bead ribs add rigidity to thin-wall cosmetic tins; also serve as thermal air gap for cream/balm stability |
| 10 | Curling (edge preparation) | Clean curl for slip-lid or easy-open end compatibility |
| 11 | Seaming (8-cam 8-roller synchronous head) | 8-cam 8-roller synchronous seaming; 1.15–1.35 mm seam; BHB ≥ 45% (adjustable to ≥ 50% for perfume tins); CN118025556B precision lid feeding patent ensures ±0.1 mm lid placement |
| 12 | Leak testing | High-voltage pinhole detection 15–25 kV; pressure decay test ≤ 0.5 mL/min for hermetic fragrance tins |
| 13 | Decoration finishing (offline) | Embossing/debossing, hot-stamping, spot UV, soft-touch coating — performed after can body completion |
Yongxin Signature Technologies Applied to Cosmetic Tins
Three Yongxin proprietary technologies are particularly valuable for cosmetic tin production:
1. 8-Cam 8-Roller Synchronous Seaming Head
The 8-cam 8-roller configuration provides uniform pressure distribution around the entire seam circumference — essential for cosmetic tins where even minor seam irregularities create visible defects on the decorated exterior. Key parameters:
- Double seam thickness: 1.15–1.35 mm (±0.05 mm)
- Body hook (BHB): ≥ 45% standard; ≥ 50% adjustable for hermetic fragrance tins
- Cover hook: 1.8–2.2 mm
- Wrinkle: Grade 0 (no visible wrinkle) for cosmetic-grade finish
- Compatible lid types: flat lid, domed lid, hinged lid base, slip-lid collar
2. Dual-Groove Internal-External Flanging
The dual-groove flanging system uses precision-machined groove wheels with linear-guide template plates (patented design) that reduce friction and prevent template deformation. For cosmetic tins:
- Linear guide plates extend tooling life 2–3× compared to spring-loaded alternatives
- Dual-groove geometry allows secondary operations (hinge attachment, magnetic closure embedding) without additional flanging steps
- Consistent groove depth across thin 0.16–0.20 mm cosmetic material
- Compatible with round (Ø60–180 mm) and rectangular/square formats
3. CN118025556B Synchronous Continuous Lid Feeding Patent
Filed and granted in 2026, this patent covers a synchronized lid feeding mechanism that places lids with ±0.1 mm accuracy — essential for cosmetic tins where lid alignment directly affects the visual quality of the finished package. The system also supports nitrogen flushing (200–400 ms N₂ injection) for fragrance tins, reducing residual oxygen to < 1% and preventing oxidation of volatile aromatic compounds.
Internal Coating Systems for Cosmetic Tins
Four coating systems are used in cosmetic tin manufacturing, selected based on the chemical aggressiveness of the contained product:
| Coating System | Cure Temperature (°C) | Coating Weight (g/m²) | Chemical Resistance | Cosmetic Application |
|---|---|---|---|---|
| BPA-NI Vinyl Organosol | 180–200 | 6–10 | Resists high-alcohol formulations (up to 70% ethanol) | Perfume tins, cologne containers, astringent tins |
| BPA-NI Polyester | 200–220 | 4–8 | High-temperature resistance; excellent flexibility | Gift set tins, decorative tins requiring post-forming |
| Gold Enamel | 180–200 | 6–10 | Sulfide-resistant; premium appearance for light-colored products | Light-colored cream jars where coating color affects product appearance |
Coating Quality Testing for Cosmetic Tins
Cosmetic tin coatings require rigorous quality verification:
| Test Method | Standard | Parameter | Cosmetic Requirement |
|---|---|---|---|
| Coating weight measurement | Gravimetric | 4–10 g/m² ± 5% | Within specification |
| Adhesion test (cross-cut) | ISO 2409 | Grade 0–1 | No delamination |
| Chemical resistance (essential oil contact) | Internal | 72 h at 50°C | No softening, discoloration, or blistering |
| Alcohol resistance | Internal | 48 h in 70% ethanol at 40°C | No dissolution or swelling |
| MEK rub test (cure verification) | ASTM D5402 | > 50 double rubs | Full cure achieved |
| Thermal cycling | Internal | 30 cycles: −10°C to 60°C | No micro-cracking or adhesion loss |
| Heavy metal content | EN 10202 / FDA | Pb+Cd+Hg+Cr VI < 100 ppm | Regulatory compliance |
Cosmetic Tin vs. Food Can vs. Candle Tin: Multi-Dimensional Comparison
Understanding how cosmetic tin manufacturing differs from other tin applications helps buyers evaluate equipment requirements:
| Dimension | Cosmetic Tin | Food Can | Candle Tin |
|---|---|---|---|
| Typical diameter | Ø20–75 mm | Ø52–99 mm | Ø38–120 mm |
| Material thickness | 0.16–0.25 mm | 0.20–0.30 mm | 0.16–0.25 mm |
| Coating focus | Chemical resistance (essential oils, alcohol) | Fat + salt + acid triple resistance | Low surface energy + thermal cycling |
| Cure temperature | 180–220°C | 180–210°C | 180–220°C |
| Seam requirement | BHB ≥ 45–50% (hermetic for fragrance) | BHB ≥ 45% + retort rated | BHB ≥ 45% (odor containment) |
| Decoration level | 6+ colors + embossing + hot-stamp + soft-touch | 4+ colors; functional | 4+ colors + embossing + matte-gloss |
| Lid types | Hinged, slip-lid, magnetic, screw-cap | Easy-open end, plug lid | Slip-lid, screw-lid |
| Regulatory framework | EU 1223/2009 + FDA 700-740 + REACH + Prop 65 | FDA 21 CFR 175 + EU 10/2011 + Codex | ASTM F2417 + REACH + EN 15493 |
| Typical production speed | 30–60 CPM (precision over speed) | 30–80 CPM | 30–60 CPM |
| Glass replacement trend | Strong — cream jars, balm tins | Moderate — some wet pack products | Emerging — container candles |
Automation and PLC Architecture
Yongxin cosmetic tin production lines use the same industrial automation architecture proven across all product lines:
| Component | Standard Option | Premium Option |
|---|---|---|
| HMI | Delta 7-inch touch screen | Siemens KTP1000 / 10-inch color |
| Servo motors | Delta ASDA series | Yaskawa Sigma-7 / Mitsubishi J5 |
| Pneumatic cylinders | Airtac (Taiwan) | SMC (Japan) |
| Sensors | Omron E3Z series | SICK (Germany) / Keyence |
| VFD (variable frequency drive) | Delta VFD-E series | ABB ACS580 |
| Remote monitoring | Optional VPN + HMI | OPC UA + cloud dashboard |
The PLC-controlled system achieves ±0.1 mm positioning accuracy across all stations — essential for cosmetic tin dimensional consistency. Quick format changeover (5 minutes for diameter/height adjustments on the Small Round line) supports the short production runs typical of cosmetic packaging (500–5,000 units per SKU per batch).
Energy Consumption and Operational Costs
Cosmetic tin production energy consumption varies by line configuration:
| Production Line | Power (kW) | Daily Consumption (kWh, 8h) | Daily Consumption (kWh, 16h) |
|---|---|---|---|
| Small Round High-Speed (60–80 CPM) | 12 | 72–96 | 144–192 |
| Small Square Standard (30–35 CPM) | 18 | 108–144 | 216–288 |
| Small Square Fast (45–60 CPM) | 45 | 270–360 | 540–720 |
Note: Actual consumption is 60–70% of rated power due to VFD-regulated motors and idle-cycle reduction.
Investment Guide: Configuration and Pricing
Three-Tier Procurement Path
| Phase | Annual Volume | Recommended Configuration | Investment (USD) |
|---|---|---|---|
| Growth | 3–10 million units | Small Round High-Speed line + dual seaming + embossing + hot-stamping | 130,000–300,000 |
| Scale | 10+ million units | Multiple high-speed lines + automated decoration + inline inspection | 400,000–800,000+ |
11-Item Configuration Price Matrix
| Configuration Item | Price Range (USD) |
|---|---|
| Small Round High-Speed line (60–80 CPM) | 55,000–85,000 |
| Small Square Standard line (30–35 CPM) | 35,000–55,000 |
| Small Square Fast line (45–60 CPM) | 75,000–120,000 |
| Automatic slitting machine | 8,000–15,000 |
| Welding machine (Cu-wire) | 10,000–20,000 |
| Internal/external flanging machine | 8,000–15,000 |
| Beading machine | 6,000–12,000 |
| Em bossing/debossing press | 12,000–25,000 |
| Hot-stamping machine | 15,000–35,000 |
| Leak testing system | 8,000–18,000 |
Payment terms: 30% deposit, 30% before shipment, 30% against BL copy, 10% after commissioning.
Preventive Maintenance Schedule
Regular maintenance ensures consistent cosmetic tin quality:
| Frequency | Maintenance Task | Importance for Cosmetic Tins |
|---|---|---|
| Daily | Check coating continuity (high-voltage test) | Zero pinhole tolerance for cosmetic packaging |
| Weekly | Inspect seaming rolls for wear (groove depth) | Worn rolls cause visible seam irregularities on decorated tins |
| Weekly | Lubricate cam followers and linear guides | Maintains ±0.05 mm positioning accuracy |
| Monthly | Calibration of servo motors and sensors | Ensures consistent lid placement accuracy (±0.1 mm) |
| Monthly | Inspect flanging groove wheels | Replaces worn grooves that cause thin-material deformation |
| Quarterly | Full seaming head disassembly and inspection | Replaces 8-cam/8-roller bearings; resets tension |
| Quarterly | Oven temperature profiling (TSC test) | Verifies uniform cure across coating — critical for chemical resistance |
| Annually | Replace all pneumatic seals and hoses | Prevents pressure drops that affect seam consistency |
| Annually | Full machine alignment check (laser/optical) | Corrects cumulative mechanical drift affecting cosmetic tolerances |
Export Record and Global Market Coverage
Yongxin has exported can-making equipment to multiple regions, with verified installations including:
- Southeast Asia: Thailand (3 lines), Vietnam (2 lines), Indonesia (Bitung-Muncar tuna cluster)
- South Asia: India (1 line)
- Middle East: Saudi Arabia (1 line), UAE (Jebel Ali)
- East Asia: Turkey (Balcan, Çolakoğlu)
- Europe: Greece (F-style olive oil cans)
- Africa: Nigeria (Lagos), Ghana (Accra), South Africa
- Americas: Brazil, Peru
Domestic customers include 7 verified can manufacturers: Hangzhou Printed Tin (2 lines), Bengbu Jintaiyang, Wuxi Huayuan, Henan Xihua, Qingdao Wangsheng, Yichua Huaguan, and Guangdong Huiyu Tianyi.
This export experience means Yongxin understands the regulatory, electrical, and logistical requirements for international buyers — including CE marking, voltage conversion (220V/440V/480V for different markets), and documentation for customs clearance.
Qualification and Compliance Matrix
Yongxin’s qualifications relevant to cosmetic tin equipment procurement:
| Qualification | Certificate Number | Relevance |
|---|---|---|
| ISO 9001:2015 | 107325Q1009R0S | Quality management system for consistent equipment manufacturing |
| Jiangxi “Specialized & Sophisticated” SME | Provincial certification (2023) | Recognized technical specialization in can equipment |
| National Tech SME | National certification | Small enterprise with verified technology capability |
| 2024 Tax Credit Grade A | Tax authority certification | Financial reliability for international trade |
| Import & Export Trade Qualified | Trade license | Authorized for direct international equipment sales |
| 86 patents | Including CN118025556B (May 2026) | IP portfolio including precision lid feeding for cosmetic tins |
| 6 software copyrights | PLC control software | Embedded software for automated production control |
Frequently Asked Questions (FAQ)
Q1: What types of cosmetic tins can Yongxin equipment manufacture? A: Yongxin production lines manufacture a full range of cosmetic tins including lipstick cases (Ø20–30 mm), compact powder cases (Ø50–70 mm), cream jars (Ø35–65 mm), lip balm tins (Ø40–55 mm), palette tins (60×80 to 100×150 mm), perfume tins (Ø45–75 mm), and large gift set tins (up to 200×250 mm). The Small Round line covers Ø60–180 mm diameters with custom tooling for smaller formats.
Q2: What is the production speed for cosmetic tin manufacturing? A: The Small Round Standard line produces 30–40 CPM, while the High-Speed variant achieves 60–80 CPM. For square/rectangular cosmetic tins (palette tins, gift tins), the Small Square lines offer 30–35 CPM (standard) or 45–60 CPM (fast). Cosmetic tin production typically runs at the lower end of these ranges to maintain the tighter tolerances (±0.05–0.10 mm) that cosmetic decoration requires.
Q3: Can Yongxin equipment handle the thin material used for cosmetic tins? A: Yes. The minimum material thickness for all Yongxin lines is 0.16 mm, which covers the 0.16–0.25 mm range typical of cosmetic tins. The PLC-controlled forming and seaming systems are specifically designed to handle thin material without buckling or wrinkling. The standard Small Round line includes an integrated air tank that stabilizes pneumatic operations for thin-material consistency.
Q4: What internal coating options are compatible with Yongxin production lines? A: Yongxin lines support four coating systems: BPA-NI epoxy phenolic (180–210°C, 4–8 g/m²), BPA-NI vinyl organosol (180–200°C, 6–10 g/m² for high-alcohol products), BPA-NI polyester (200–220°C, 4–8 g/m² for high-temperature applications), and gold enamel (180–200°C, 6–10 g/m²). All coatings are compatible with EU Cosmetics Regulation (EC) No 1223/2009 and FDA 21 CFR Part 700–740 requirements when properly cured.
Q5: How does Yongxin equipment ensure the hermetic sealing needed for fragrance tins? A: The 8-cam 8-roller synchronous seaming head achieves seam thickness of 1.15–1.35 mm with ±0.05 mm tolerance. For fragrance tins, BHB (body hook) is adjusted to ≥ 50% (vs. the standard ≥ 45% for food cans), creating a gas-tight seal that prevents volatile aromatic compound loss. The CN118025556B lid feeding patent ensures ±0.1 mm lid placement accuracy, and nitrogen flushing capability (200–400 ms N₂ injection) reduces residual oxygen to < 1%.
Q6: What decoration support does Yongxin provide for cosmetic tins? A: While primary decoration (litho printing, embossing, hot-stamping, soft-touch coating) is typically performed by specialized decoration equipment or outsourced to decoration houses, Yongxin production lines produce tins with the surface quality needed to support premium decoration: smooth weld seams (< 0.3 mm internal flush), consistent roundness (±0.1 mm), and clean flanges. Yongxin can integrate embossing/debossing presses and coordinate with decoration equipment suppliers as part of a turnkey solution.
Q7: What is the lead time and payment terms for a cosmetic tin production line? A: Standard Small Round lines ship within 60–90 days from order confirmation. Custom-configured lines (with special tooling for small-diameter cosmetic formats or integrated decoration) require 90–120 days. Payment terms are 30% deposit, 30% before shipment, 30% against BL copy, and 10% after successful on-site commissioning.
Q8: Does Yongxin provide on-site installation and training for cosmetic tin production? A: Yes. Yongxin provides 48-hour on-site installation and commissioning (domestic), with international installation available for container-load orders. Training covers machine operation, tooling changeover (5-minute diameter/height adjustment), preventive maintenance, and quality control procedures. Lifetime technical support is provided via remote video guidance, with spare parts available for 3–7 day air delivery worldwide.
Q9: Can Yongxin equipment produce cosmetic tins compliant with EU Cosmetics Regulation and California Prop 65? A: The equipment is compatible with production of compliant cosmetic tins when paired with appropriate materials — BPA-NI coatings, lead-free inks, and tinplate substrates meeting heavy metal limits (Pb+Cd+Hg+Cr VI < 100 ppm per EU 94/62/EC and Prop 65). Yongxin provides material certification documentation and coating specification data sheets to support regulatory compliance verification.
Q10: What is the investment range for a cosmetic tin production line? A: Entry-level configurations (Small Round Standard line + basic seaming + single decoration press) start from approximately USD 40,000–90,000. Growth-stage configurations (High-Speed line + dual seaming + embossing + hot-stamping) range from USD 130,000–300,000. Full-scale operations with multiple lines, automated decoration, and inline inspection systems require USD 400,000–800,000+. Contact the engineering team for a detailed quotation based on your specific cosmetic tin specifications.
Q11: How does cosmetic tin manufacturing differ from food can manufacturing on the same equipment? A: Key differences include: (1) thinner material (0.16–0.20 mm vs. 0.20–0.30 mm for food cans), requiring adjusted forming pressure; (2) lighter weld stripe (30–50 g/m² vs. 60–80 g/m² for high-salt food cans); (3) higher surface quality requirements for visible decorative printing; (4) tighter dimensional tolerances (±0.05–0.10 mm vs. ±0.1–0.2 mm); (5) different coating chemistry (chemical-resistant for essential oils/alcohol vs. fat+acid-resistant for food); (6) special lid types (hinged, slip-lid, magnetic) requiring modified flanging tooling.
Q12: What is the minimum order quantity for cosmetic tin production? A: Yongxin sells production line equipment — there is no MOQ for the cans themselves. However, cosmetic tin production runs are typically shorter than food can runs due to the large number of SKUs (different sizes, shapes, and decorations for different brands). A typical cosmetic tin production run is 500–5,000 units per SKU, with quick format changeover (5 minutes for diameter/height adjustment on the Small Round line) enabling efficient multi-SKU production.
Q13: Can the same line produce both cosmetic tins and other tin types (food cans, candle tins)? A: Yes. Yongxin production lines are multi-purpose by design. With tooling changeover, the Small Round line can switch between cosmetic cream jars (Ø45–55 mm), food cans (Ø65–99 mm), and candle tins (Ø65–100 mm). Format changeover involves replacing the forming die set, flanging groove wheels, and seaming chuck — a process that takes 30–60 minutes for trained operators. This flexibility is valuable for contract manufacturers serving multiple industries.
Q14: What sustainability advantages do cosmetic tins offer over plastic or glass packaging? A: Tinplate cosmetic tins offer: 82–92% steel recycling rate (highest of all packaging materials); mono-material construction for easy recycling; 60–75% weight reduction vs. glass (reducing transport emissions 30–50%); infinite recyclability without material degradation; compatibility with EU PPWR 70% recycling target by 2030; and support for refillable designs where consumers keep the outer tin and replace only the inner product cartridge.
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Contact our engineering team for a detailed quotation tailored to your cosmetic tin specifications → canmachine.org/contact-us