How to Develop Safe, Comfortable & Compliant Pet Carriers with a Professional OEM Manufacturer in China

The pet industry—especially travel bags and carriers—is rapidly expanding as pet owners demand safer, more comfortable, and more stylish mobility solutions for dogs and cats. But developing a reliable pet carrier involves far more engineering than typical bags. A pet carrier must meet human-grade safety expectations, withstand animal movement, offer ventilation, manage odor and moisture, support weight distribution, and maintain structural stability under real-life stress.

Unlike a tote bag or sling bag, a pet carrier must balance:

pet safety compliance
ventilation & airflow
structural engineering
load-bearing capacity
abrasion-resistant materials
escape-prevention design
waterproof & odor-resistant interiors
comfort padding
airline travel standards (IATA, TSA)
ergonomic carry options
branding & aesthetic design

Why Global Pet Brands Choose Lovrix as Their OEM Pet Carrier Factory

18+ years manufacturing travel bags & structured carriers
In-house sampling room & professional pattern-making team
Structural engineering for load-bearing & ventilation systems
Multi-material capability (polyester, nylon, mesh, EVA, PU, PVC panels)
Pet safety-focused design (reinforced stitching, airflow optimization)
Experience with international retailer standards
Airline-approved carrier production experience
Fast sampling (7–12 days) with scalable mass production

Lovrix builds pet carriers that look beautiful, feel safe, and survive real-world use.

Who is suitable for a custom pet carrier?

✔ Pet Product Brands

You require carriers that meet safety expectations, have reliable ventilation, and look premium in retail environments.

✔ E-commerce Sellers (Amazon, Shopify, Chewy)

You need strong reviews, lightweight construction, FBA prep, and the ability to launch multiple colors & sizes.

✔ Pet Travel & Outdoor Brands

You need engineered structures, breathable mesh, water-resistant interiors, and stress-tested handle systems.

✔ Veterinary Clinics & Animal Hospitals

You need reliable, washable, hygienic carriers for customer and emergency pet transport.

✔ Promotional Buyers & Pet Event Organizers

You need cost-effective but safe carriers with clear branding.

✔ Distributors & Retail Chains

You require stable production, consistent quality, and scalable manufacturing for fast-moving SKUs.

No matter the buyer persona, this guide explains everything needed to develop professional-grade pet carriers that meet modern market expectations.

Why Pet Carriers Require Professional Engineering

Developing a pet carrier is not simply sewing panels together. It’s closer to building a lightweight structure designed to contain and protect a moving animal.

Pets Move, Push, Scratch, and Chew — Requiring Stronger Materials

Pet carriers must withstand:

clawing
chewing
twisting inside the bag
sudden weight shifts

This demands:

claw-resistant mesh
reinforced stitching
abrasion-resistant fabric
stronger zippers

Ventilation Must Be Engineered, Not Just Added

Poor ventilation = overheating + stress.

Proper airflow depends on:

mesh placement
mesh strength (tear-resistant)
size of openings
air channels
internal lining breathability

Zippers & Openings Must Prevent Escape

Escape prevention requires:

auto-lock zippers
double zipper tracks
internal leash clips
secure Velcro or buckle closures
reinforced mesh windows

Cheap carriers fail because zippers separate under pressure.

Structure Must Support Weight Without Collapsing

Soft carriers require structure:

PE boards
EVA foam
rigid bottom plates
anti-collapse side panels

Engineering error = sagging, deforming, or tipping over.

Comfort for Pets & Humans Requires Proper Pattern Making

Good carriers must feel:

ventilated for pets
cushioned for pets
ergonomic for human carry
stable during walking

Incorrect patterns create:

pressure points
awkward carry angles
unstable balance
uncomfortable experiences

Safety Standards Vary by Market

Pet carriers may need to meet:

IATA airline cabin requirements
CPSIA (USA)
REACH & CE (EU)
Anti-bacterial, odor-resistant lining standards

Experienced OEMs must understand compliance risks.

Key Factors in Pet Carrier Development

The key engineering factors that determine the safety, comfort, cost, and long-term durability of pet carriers are materials, structure, ventilation, load-bearing capacity, escape prevention design, hygiene, and brand image.

Material Selection

Different needs = different materials:

600D polyester / 1680D nylon → durability, abrasion resistance
ripstop nylon → lightweight outdoor carriers
mesh panels → ventilation
PU leather → premium carriers
EVA foam → structure + comfort
waterproof lining (PVC/TPU) → hygiene & odor control

Each material influences:

safety
weight
ventilation
print compatibility
cost

Ventilation System Engineering

Important factors:

mesh type (tear-resistant, breathable)
coverage percentage
window placement
airflow direction
anti-pet-paw reinforcement

Ventilation patterns must match pet behavior (front-facing vs sideways view).

Structural Stability & Weight Support

Pet carriers must maintain shape even under dynamic loads.

Common structural elements:

EVA foam panels
PE boards
reinforced piping
internal frame support

Anti-Escape & Locking Systems

Critical for safety:

auto-lock zippers
buckle closures
internal tether leash
magnetic or snap fasteners
double-layer mesh

Handle, Shoulder Strap & Ergonomics

Engineering considerations:

padded handles
adjustable shoulder straps
crossbody or backpack design
weight distribution
anti-slip strap webbing

Comfort & Hygiene

Inside the carrier:

removable, washable pads
waterproof interior
odor-resistant materials
smooth edges to avoid injury

Branding & Aesthetic Features

Options include:

rubber patches
embroidery
woven labels
heat-transfer logos
reflective branding

Material Options, Surface Finishing & Construction Methods

Primary Exterior Fabric Options (Detailed Analysis)

1. 600D / 900D / 1680D Polyester

abrasion resistance: medium–high
excellent for daily-use carriers
supports vivid screen printing & heat transfer
cost-effective; ideal for Amazon sellers

Engineering Notes:

higher Denier = greater rigidity
PU coating improves waterproofing & tear resistance

2. Ripstop Nylon (210D / 420D / 600D)

lightweight but strong
tear-resistant grid pattern
quick-dry, mold-resistant

Best For: hiking carriers, backpacks, breathable designs

Engineering Notes:

requires specialized needle and stitch length to avoid pull marks

3. Microfiber PU Leather

premium brand appearance
smooth, luxurious touch
ideal for boutique customers

Engineering Notes:

must pair with EVA structure to prevent shape collapse
embossing & PU patches create premium branding

4. Hard Shell Materials (ABS / PP / PC)

ultra-strong structural protection
used in capsule carriers & rolling carriers
scratch-resistant and long-lasting

Engineering Notes:

PC (polycarbonate) offers the best impact resistance
ABS balances cost and stiffness

Ventilation Mesh Options (Highly Technical)

1. Standard Polyester Mesh

lightweight and economical
suitable for calm pets

2. Claw-Resistant Hexagonal Mesh

superior tensile strength
reduces tear propagation
ideal for anxious or active pets

3. PVC-Coated Mesh

waterproof
UV-resistant
maintains stiffness over time

4. Soft-Breathe Mesh

used for interior walls or comfort zones

Critical Engineering Rule:

Mesh panels must withstand pet claw force and repeated pressure cycles without tearing.

Structural Reinforcement Materials

1. EVA Foam Panels (2–6 mm)

determines carrier rigidity
lightweight yet supportive
essential in airline-approved or premium carriers

2. PE Board (1–3 mm)

used for base support
prevents sagging with weight
enhances shape retention

3. Aluminum Rods / Steel Wire Frames

used in heavy-duty or hiking carriers
offers long-span rigidity

Interior Fabric Options

1. Waterproof Polyester Lining

easy to clean
prevents bacteria growth

2. Plush Fleece Lining

premium comfort
used in fashion and winter carriers

3. Odor-Control or Antibacterial Lining

excellent for long trips and hot climates

Padding Materials

1. EVA Padding – firm support

2. Memory Foam – premium comfort

3. Polyfill Fiber – soft & lightweight

Pet comfort largely depends on correct padding selection.

Surface Finishing Technologies

1. PU Coating

waterproof
improves tear resistance

2. TPU Lamination

high-end finish
stretch-resistant

3. Hot-Melt Laminated Composite Fabrics

used for rigid backpacks and capsule carriers

Construction Methods & Engineering Requirements

1. Double-Stitching on Stress Points

Prevents seam failure under repeated load.

2. Bar-Tack Reinforcement

Used on:

handle ends
strap attachment points
mesh junctions

3. Binding Tape on Inner Edges

Protects pets from sharp seams.

4. Zipper Selection (Critical)

auto-lock for escape prevention
SBS / YKK recommended for durability
must withstand 500–1,000 cycle tests

5. Laser Cutting for TPU or EVA Panels

Ensures accuracy and prevents fraying.

Material Comparison Table (Advanced)

Material	Strength	Breathability	Pet Safety	Waterproof	Best For
600D Polyester	High	Medium	High	Medium	Everyday carriers
1680D Nylon	Very High	Low	High	Medium	Heavy-duty carriers
Ripstop Nylon	Medium	High	High	Low	Lightweight travel
PU Leather	Medium	Low	Medium	Low	Fashion carriers
EVA Foam	N/A	Medium	High	N/A	Structure & comfort
PE Board	N/A	Low	Medium	N/A	Bottom reinforcement
PVC/TPU Lining	High	Low	Very High	High	Hygiene & odor control
Reinforced Mesh	Medium	Very High	Very High	Low	Ventilation windows

Printing & Branding Methods for Pet Carriers

Branding pet carriers is more complex than branding ordinary bags because:

pets scratch and bite surfaces
ventilation mesh restricts print zones
curved structures affect print alignment
PU leather responds differently to heat
carriers often require subtle branding for airline use

Below is a breakdown of the most effective techniques.

Screen Printing

Best For: polyester, nylon, ripstop fabrics Advantages:

durable for abrasion zones
cost-effective for high-volume production
bold and simple branding

Engineering Notes:

requires pre-treatment on nylon for ink bonding
avoid printing on curved panel edges (ink cracks)

Heat Transfer / DTF Transfer

Best For: curved panels, small design batches Advantages:

highly detailed artwork
consistent color
great for multi-color prints

Engineering Notes:

temperature must be controlled to avoid melting fabric
avoid areas pets may scratch aggressively

Rubber / Silicone Patch

Best For: premium carriers, outdoor & travel carriers Advantages:

3D effect and premium presentation
extremely durable
safe for pets (non-toxic)

Engineering Notes:

stitching must avoid inside penetration that irritates pets
best placed on outer corners or top panels

Embroidery

Best For: thicker polyester or PU carriers Advantages:

luxury appearance
long-lasting

Engineering Notes:

not suitable on mesh or waterproof TPU
dense embroidery can irritate pets if placed inside

Debossed / Embossed PU Patch

Best For: fashion-oriented carriers Advantages:

minimalistic premium feel
great for boutique brands

Reflective Branding (for outdoor & night-use models)

Advantages:

improves pet visibility
strong USP for walking at night

Branding Option Comparison Table

Branding Method	Durability	Detail Accuracy	Material Compatibility	Best Use Cases
Screen Print	High	Medium	Polyester, nylon	Everyday carriers
Heat Transfer / DTF	Medium–High	Very High	Most fabrics	Small MOQ, complex designs
Rubber Patch	Very High	Medium	Nylon, polyester	Premium models
Embroidery	Very High	Medium	PU, thick polyester	Fashion carriers
Embossed PU	High	Medium	PU leather	Boutique products
Reflective Print	High	Medium	Nylon	Outdoor carriers

OEM/ODM Process for Developing Pet Carriers

Developing a functional, safe pet carrier requires a rigorous, multi-step engineering approach. Below is the exact workflow we use.

Step 1

Functional Requirement Analysis

We collect details including:

pet type & size (cats? small dogs? rabbits?)
pet weight
intended use (air travel, outdoor walks, car transport, daily carry)
ventilation needs
collapsible vs structured design
branding requirements
budget and target retail price
certification needs

Step 2

Concept Development & Material Proposal

We propose:

ideal surface fabric (600D, ripstop, PU, etc.)
ventilation mesh type (tear-resistant, breathable, UV-resistant)
structural reinforcement materials
internal padding thickness
hygiene features (waterproof lining, odor-control fabrics)
weight distribution strategy
branding placement

Step 3

Pattern Making (CAD) & Technical Design

Includes:

shape construction
ergonomic panel curvature
mesh window geometry
seam reinforcement points
bottom board thickness
zipper & locking system planning

Step 4

Prototype Development

We usually create:

Prototype #1 (shape & structure)
Prototype #2 (functionality, ventilation, strap comfort)
Prototype #3 (branding, finishing, pet comfort refinements)

We test with real pet movement simulation to confirm usability.

Step 5

Safety & Durability Testing (Pre-PP)

Before mass production, each design undergoes:

load-bearing tests
escape-prevention tests
mesh scratch tests
inner lining abrasion tests
chemical safety review

Step 6

Pre-Production (PP) Sample

PP sample includes:

final fabric
final structure
stitching reinforcement
ventilation placement
handle & strap comfort
branding alignment

PP is the “gold standard” for mass production.

Step 7

Mass Production

Includes:

cutting (multi-layer cutting, laser for TPU)
stitching with reinforced seams
binding on stress edges
mesh frame construction
padding insertion
QC checkpoints

Step 8

Final QC & Packaging

We check:

structural stability
zipper integrity
mesh tightness
pet comfort lining
safe stitching (no sharp edges)

Packaging options include:

carton sets
FBA-ready packaging
compressed packaging for collapsible carriers

Safety Testing, Load Testing & Quality Control Standards

Professional pet carrier QC is closer to child product testing than bag testing. Pets move unpredictably, attempt escape, apply pressure, and create hygiene challenges. Therefore, QC must cover mechanical stress, safety, chemicals, and usability.

Mechanical Load Tests

1. Static Load Test

carrier filled with weights for 8–12 hours
must hold 2–3× rated pet weight

2. Dynamic Load Test

Simulates a pet jumping, shifting positions, and sudden drops.

3. Bottom Panel Pressure Test

Evaluates sagging, deformation, and collapse risk.

4. Handle & Strap Tension Test

Checks:

tensile strength
pull force
stitching integrity

Escape Prevention Testing

1. Mesh Tear Test

Pets scratch in cycles; we simulate claw attacks using:

repetitive mechanical scraping
tensile force stretching

2. Zipper Locking Test

Ensures pets cannot push open the zipper.

3. Internal Leash / Tether Strength Test

Must withstand sudden force from a pulling pet.

4. Buckle Stress Test

Ensures the buckle won’t accidentally open.

Ventilation & Heat Management Tests

1. Airflow Measurement

Evaluates:

square inch ventilation area
airflow resistance
mesh permeability

2. Heat Dissipation Test

Places the carrier under simulated sunlight to measure heat buildup.

3. CO₂ Accumulation Test

Ensures safe respiratory airflow.

Comfort & Usability Tests

interior padding compression test
edge binding comfort test
ergonomic strap test
noise test (zippers must not startle pets)

Material Hygiene & Chemical Safety Tests

Global Compliance Options:

Market	Standard	Requirement
USA	CPSIA	non-toxic, lead-free, safe for children/pets
EU	REACH	chemical safety & restricted substances
Global	Anti-bacterial tests	hygiene protection

We also check:

odor retention
mold resistance
waterproof lining performance

Production QC Stages

1. Incoming Material Inspection (IQC)

Fabric, mesh, zippers, EVA, hardware.

2. In-Process Quality Control (IPQC)

Stitching, edge binding, mesh installation.

3. Final Quality Control (FQC)

Load tests, shape inspection, ventilation assessment.

4. Outgoing Quality Audit (OQA)

Packaging resilience & labeling accuracy.

Pricing, MOQ & Lead Times for Pet Carriers

Pet carrier pricing varies widely depending on engineering complexity.

A. Key Cost Drivers

exterior fabric (600D, 1680D, PU, ripstop)
ventilation mesh type
structural materials (EVA, PE board, steel frame)
padding thickness
branding complexity
interior waterproof lining
straps & hardware
collapsible vs structured body
safety certification testing

B. Typical MOQ

Pet Carrier Type	MOQ
Soft everyday carrier	300 pcs
Structured carrier	500 pcs
Airline-approved hard structure	800–1200 pcs
PU leather fashion carrier	300–500 pcs
Outdoor hiking carrier	500–1000 pcs

C. Sampling Time

standard carriers: 10–14 days
structured EVA carriers: 14–20 days
airline-level carriers: 20–30 days

D. Mass Production Lead Time

Quantity	Lead Time
300–500 pcs	20–30 days
500–2,000 pcs	20–30 days
2,000–10,000 pcs	25–40 days

Types of Pet Carriers

Classification by Structure

1. Soft-Sided Carriers

foldable
lightweight
mesh-heavy for ventilation

2. Semi-Hard Carriers (EVA / Composite)

EVA molding gives premium shape
structured but lightweight

3. Hard-Shell Carriers (ABS / PP / PC)

maximum protection
used in travel & emergency transport

Classification by Usage Scenario

1. Everyday Carriers

standard polyester
basic reinforcement

2. Airline-Approved Carriers

precise size limits
3+ ventilation sides
waterproof interior

3. Outdoor / Hiking Carriers

backpack-style
breathable back panel
adjustable shoulder harness

4. Car Safety Carriers

integrated seatbelt loops
anti-slip base

5. Vet Visit Carriers

easy-open design
stress-minimizing interiors

Classification by Carrying Style

1. Hand-Carry Carriers

double handles
stronger bottom support

2. Shoulder-Carry Carriers

padded shoulder strap
weight-distribution engineering

3. Sling Carriers

soft, fabric-based
ideal for small pets

4. Backpack Carriers

ergonomic, padded
best for long-distance carrying

5. Rolling Carriers (Stroller Hybrid)

wheels + telescoping handle
premium travel category

Classification by Ventilation Design

1. Multi-Side Mesh Carriers

3–4 ventilation windows
ideal for anxious pets

2. Capsule Carriers (Bubble Window)

visibility window
one-mesh + side-mesh combo

3. Expandable Carriers

pop-out mesh room
increases comfort space

Classification by Fabric & Aesthetic

1. Polyester Travel Carriers

Durable, economic, mass-market.

2. Luxury PU Leather Carriers

Premium boutique style.

3. Transparent Capsule Carriers

Trendy among cat owners.

4. Eco-Friendly Materials

RPET fabric, biodegradable materials.

Classification by Pet Type

1. Cat Carriers (large ventilation + privacy panels)

2. Small Dog Carriers (reinforced bottom + wider entry)

3. Rabbit & Small Animal Carriers

4. Multi-Pet Expandable Carriers

Buyer Checklist – Questions Smart Buyers Ask When Selecting a Pet Carrier Manufacturer

This checklist reveals whether a factory truly understands pet carrier engineering, safety standards, animal behavior, ventilation, load-bearing capacity, and structural durability.

A. Material & Structure Engineering Questions

1. What materials do you recommend for my pet’s weight and intended use scenario?

A good manufacturer must compare abrasion resistance, ventilation levels, waterproofing, and structure—not just quote 600D polyester.

2. How do you ensure the carrier will not collapse with a live animal inside?

Look for EVA panels, PE boards, reinforced piping, and structural load tests.

3. How do you calculate the safe weight load for pets?

Factories should test at least 2–3× the rated pet weight.

4. What type of mesh do you use, and is it claw-resistant?

Cheap mesh is the #1 cause of product failure and Amazon returns.

B. Ventilation, Comfort & Safety Questions

5. How do you engineer the ventilation system?

Professional suppliers test airflow patterns, heat retention, and mesh durability.

6. Do you use auto-lock zippers or anti-escape locking systems?

Escape prevention is essential for real-world safety.

7. Do the interior seams have protective binding so pets won’t get scratched?

Comfort + safety = premium carrier.

C. Cushioning, Lining & Hygiene Questions

8. What type of internal pad is used? EVA? Memory foam?

Pads affect comfort and long-term shape.

9. Are the interior materials waterproof, washable, and odor-resistant?

Customers expect washable interiors.

D. Hardware & Construction Questions

10. Which zippers do you use, and have they been cycle-tested?

Zippers must endure 500–1,000+ cycles under tension.

11. Are reinforcement seams double-stitched or bar-tacked?

Weak seams = unsafe for pets.

E. Certification & Compliance Questions

12. Can you support airline-approved carrier specifications?

This requires correct dimensions, structure, and ventilation.

13. Can your materials meet CPSIA or REACH standards?

Essential for U.S. & EU markets.

F. Prototyping & Quality Control Questions

14. How many prototypes do you typically create before finalizing?

Carriers require 2–3 revisions minimum.

15. Do you conduct mesh scratch-resistance testing?

Many factories never test this.

16. What is your AQL standard for mass production?

AQL 2.5 or better is ideal.

G. Project Management & Production Questions

17. How do you document pattern revisions to guarantee repeat-order consistency?

Professional factories keep CAD files + PP samples + digital records.

18. Can you scale from 300 pcs to 10,000 pcs?

Distributors and Amazon sellers need scalability.

19. What packaging options do you support (FBA, custom box, compressed)?

Pet carriers often need retail-ready packaging.

H. Long-Term Partnership Questions

20. Do you support product line expansion for seasonal collections or premium variants?

Look for multi-year OEM experience.

Case Studies — Real OEM Projects & Engineering Solutions

These real client scenarios demonstrate how Lovrix solves engineering, safety, ventilation, cost, scalability, and compliance challenges in professional pet carrier development.

Case Study 1 — U.S. Pet Brand Seeking Airline-Approved Soft Carrier

Background

The brand needed a carrier compliant with airline cabin rules, offering comfort, breathability, and premium branding.

Challenges

strict dimension requirements
lightweight but supportive structure
mesh ventilation on three sides
hygienic and removable interior pad
strong zippers for anxious pets

Lovrix Solution

selected 600D polyester + EVA structure
designed 3-way ventilation system
added auto-lock zippers
created washable waterproof interior pad
refined shape through 3 prototypes
passed load, ventilation, and escape tests

Outcome

Product launched across major U.S. retailers; Amazon reviews praised comfort and ventilation.

Case Study 2 — Premium Fashion Brand Requiring Luxury PU Pet Carrier

Background

A fashion brand needed a boutique-style PU carrier for small dogs.

Challenges

PU leather must maintain shape
pet comfort must remain top priority
branding must look luxury
minimal ventilation aesthetic, but sufficient airflow

Lovrix Solution

used microfiber PU + breathable side mesh windows
engineered curved EVA structure for elegant silhouette
added debossed PU patch + metal logo
designed soft-touch microfiber lining

Outcome

Product became a best-seller in Asia’s boutique pet market.

Case Study 3 — Amazon Seller Scaling from 300 pcs to 8,000 pcs

Background

The client needed a collapsible pet carrier with strong ventilation and competitive Amazon pricing.

Challenges

small initial MOQ
collapsible structure must retain rigidity
tear-resistant mesh must withstand scratching
cost-sensitive market
FBA packaging

Lovrix Solution

developed collapsible structure with EVA frame + reinforced piping
used claw-resistant hexagonal mesh
performed 20+ stress tests
prepared FBA-ready packaging
optimized production workflow for scale-up

Outcome

Client expanded to EU markets and consistently reorders quarterly.

Quality & Certifications

Certified by ISO9001, OEKO-TEX100, GRS, and Higg Index, Lovrix ensures every bag product meets global compliance standards. We implement strict QC at every stage, from yarn to final packaging.

FAQ — Detailed Answers for OEM pet carrier Projects

1. What is the MOQ for pet carrier OEM production?

Our standard MOQ ranges from 300 to 500 pcs depending on material and design complexity. Structured, airline-approved, or expandable carriers may require higher MOQs due to specialized materials and reinforcement components.

2. How long does sampling take?

Sampling typically requires 10–14 days for standard carriers, 14–20 days for structured EVA or expandable carriers, and 20–30 days for airline-compliant designs requiring precise dimensions and multi-layer reinforcement.

3. Can you help redesign my existing pet carrier to fix durability issues?

Yes. Many clients come to us after experiencing quality problems with other factories. We analyze the prototype, identify weak points (mesh, zippers, piping, bottom structure), and redesign the carrier using improved materials and engineering.

4. How do you ensure ventilation is adequate for pets?

We evaluate airflow, mesh coverage, and heat distribution. For airline-approved carriers, ventilation must meet specific minimum openings. We test mesh durability to ensure pets cannot claw through it during stress.

5. Are your materials safe for pets?

Yes. We can provide materials that meet CPSIA, REACH, CE, and non-toxic certifications. Interior materials can also be selected for odor resistance, antibacterial treatment, and waterproof performance.

6. How do you test load capacity?

We conduct static and dynamic load tests that simulate a pet jumping, shifting weight, or pushing against the carrier walls. Carriers must withstand at least 2–3× the rated pet weight.

7. Can you support airline-approved pet carrier development?

Yes. We follow IATA cabin guidelines and engineer carriers with correct dimensions, multiple ventilation windows, lightweight but rigid structure, leak-proof interior, and escape-proof zippers.

8. What types of branding work best for pet carriers?

Rubber patches, embroidery, heat transfer prints, and PU debossed logos are most common. Placement should avoid areas where pets scratch or chew, ensuring long-lasting branding.

9. Do you offer collapsible pet carrier designs?

Yes. We engineer collapsible structures using EVA panels, PE boards, and reinforced piping so the carrier folds easily while maintaining shape during use.

10. What is your AQL standard?

We generally follow AQL 2.5 for major retailers and can support stricter QC for premium brands. Critical points include stitching, mesh integrity, zipper performance, and structural stability.

11. Can you make carriers for larger pets?

Small and medium carriers are most common, but we can engineer larger models with stronger frames, thicker EVA reinforcement, and heavy-duty mesh. Minimum order quantities may vary.

12. Can you provide custom padding or interior lining?

Yes. Padding options include EVA foam, memory foam, and removable washable pads. Interiors can be waterproof, odor-resistant, antibacterial, or plush for comfort.

13. Do you support custom sizes and shapes?

Absolutely. We can develop trapezoid, dome, capsule, rectangular, or expandable structures depending on your brand concept and use scenario.

14. What packaging options do you offer?

We support retail box sets, polybags, FBA-ready packaging, compressed packaging for collapsible carriers, and custom labeling for distributors and supermarkets.

15. Do you sign NDAs to protect designs?

Yes. Confidentiality is essential in the pet industry. We keep patterns, artwork, and prototypes secure and never share client designs with other buyers.

Trusted By 1000+ Brands And Innovative Startups

Contact Lovrix About Your pet carrier Project

Developing a safe, comfortable, and stylish pet carrier requires engineering expertise, correct materials, and reliable manufacturing systems. Whether you’re building an everyday soft carrier, an airline-approved model, a collapsible variant, or a premium PU fashion carrier, Lovrix is ready to support you from concept to mass production.

To begin, please share:

pet type & weight range
intended usage scenario (air travel, daily use, outdoor)
preferred structure (soft, EVA, collapsible, hard)
ventilation & safety requirements
branding expectations
target quantity & budget
timeline for sampling & launch

Once we receive your brief, our team will:

recommend suitable materials and ventilation systems
create CAD patterns and refined prototypes
provide safety and load testing guidance
offer multiple cost tiers for your positioning
create PP samples for exact mass-production alignment

Lovrix is committed to helping pet brands grow with reliable, comfortable, and safe carrier products.