Sport Bags Manufacturer — How to Develop High-Performance Gym & Training Bags with a Professional OEM Factory
Sport bags are no longer “simple bags for carrying items.” Modern brands require precise engineering, durable fabrics, smart compartment layouts, water-resistant performance, and high-volume manufacturing reliability. Whether you’re developing gym bags, training duffels, yoga bags, team sports kits, or waterproof outdoor training bags, selecting the right manufacturer determines durability, customer experience, and scalability.
A reliable sport bag manufacturer provides multi-material engineering (nylon, polyester, TPU), optimized compartment layouts, reinforced stitching, water-resistant finishing, and fast prototyping to create durable gym and training bags. High-quality factories offer OEM/ODM support, 3–7 day sampling, custom branding, and reliable mass production with strict QC standards. This ensures sport bags can handle sweat, impact, compression, heavy loads, and daily use.
Sport bags live a tough life—thrown into lockers, dragged on floors, dropped on concrete, stuffed with weights, and exposed to sweat and moisture. A well-engineered sport bag must resist abrasion, odor, moisture, and extreme handling. Let’s break down the entire professional development workflow.
What Problems Are Buyers Trying to Solve When Developing Sport Bags?
Brands developing sport bags need solutions for durability, water resistance, reinforced stitching, smart compartments, odor control, weight distribution, and long-term shape retention. A professional manufacturer must engineer fabrics, structure, and hardware to withstand sweat, abrasion, and heavy loads.
Buyers commonly struggle with:
- Zippers breaking due to tension
- Fabric tearing after heavy usage
- Handles and straps failing under load
- Bags losing shape after washing
- Moisture buildup causing odor
- Poor internal organization for shoes, towels, bottles
- Lack of waterproof pockets
- Branding peeling off after sweat exposure
Why Sport Bags Require Professional Engineering
Sport bags undergo extreme real-world stress—heavy loads, abrasion, sweat moisture, odor, compression, repeated high-force pulling, and equipment impact. Without the correct materials, reinforcement engineering, load distribution, and waterproofing strategy, failures occur quickly. Professional engineering ensures durability, safety, customer satisfaction, and retail-grade reliability.
Sport bags may look simple from the outside, but they endure some of the harshest mechanical and environmental stresses in the consumer soft-goods category.
Here’s why professional engineering matters:
Sport Bags Are Built for High Stress and Heavy Loads
Sport bags often carry:
- shoes
- wet clothing
- full water bottles
- towels
- training gear
- heavy accessories (weights, belts, gloves, straps)
These loads apply:
- shear force on seams
- tension on handles
- torsion on shoulder straps
- compression on base panels
Non-engineered bags fail within weeks.
Sweat + Moisture Is Extremely Damaging to Fabrics
Sport bags accumulate:
- sweat
- humidity
- bacteria
- odor molecules
- salt from skin
- chlorine from swim gear
Without proper lining and ventilation, moisture leads to:
- odor buildup
- mold growth
- fabric delamination
- corrosion on metal components
Bags Must Withstand Repetitive Abuse & High-Frequency Use
Real-life handling includes:
- throwing into lockers
- dragging on concrete
- crushing under gym benches
- high-frequency zipper use
- sudden pulling on straps
This requires:
- bar-tack reinforcement
- double stitching
- high Denier fabrics
- structural EVA support
Shape Retention Is Critical for Retail & User Experience
A deformed bag → looks cheap → generates bad reviews.
Engineering involves:
- EVA panels
- internal piping
- structured base boards
Branding on Sport Bags Must Resist Sweat, Heat & Friction
Poor branding adhesives fail fast.
Professional factories use:
- heat-set rubber patches
- silicone labels
- screen printing with special ink adhesives
Poor Engineering Leads to Common Failures
- broken zippers
- torn seams
- collapsed base
- peeling logos
- bad odor
- water leakage
These translate into customer complaints, low ratings, and returns.
Key Factors to Consider When Developing a Sport Bag
Sport bag development requires careful evaluation of fabric strength, waterproofing, ventilation, hardware quality, reinforcement methods, ergonomic comfort, odor control, compartment layout, padding, and cost positioning. Each factor directly affects durability, performance, and user satisfaction.
Fabric Strength & Denier Selection
Choosing the right Denier determines performance:
| Fabric | Durability | Weight | Cost | Best For |
|---|---|---|---|---|
| 600D Polyester | Medium | Medium | Low | General gym bags |
| 900D Polyester | High | Higher | Medium | Premium gym bags |
| 1680D Polyester | Very High | Heavy | Higher | Heavy-duty bags |
| Ripstop Nylon | Medium | Light | Medium | Running, lightweight use |
| TPU Laminate | Waterproof | Medium | High | Swimming, outdoor sports |
Fabric affects:
- tear resistance
- abrasion resistance
- water resistance
- printing method compatibility
Compartment Architecture & User Workflow
Typical features buyers expect:
- ventilated shoe pocket
- wet & dry separation
- bottle holders
- towel & clothing compartment
- hidden valuables pocket
- laptop or tablet pocket for hybrid gym/work use
Engineering choices determine:
- internal airflow
- weight distribution
- accessibility
- deformation resistance
Odor Control & Ventilation Strategy
Sport bags are one of the few consumer bags exposed to sweat + moisture daily.
Solutions include:
- antimicrobial lining
- ventilated shoe compartments
- breathable mesh zones
- deodorizing coating
- airflow channels engineered via pattern design
Reinforcement Engineering
Critical reinforcement points:
- handles
- shoulder straps
- zipper ends
- shoe compartment seams
- base corners
Methods include:
- bar-tack reinforcement
- X-box stitching
- double-layer fabric
- EVA or PE board integration
Waterproofing & Moisture Protection
Levels:
- Water-resistant: PU-coated polyester
- Highly water-resistant: TPU laminate
- Waterproof: welded seams + waterproof zipper
Applications:
- swim bags
- outdoor training bags
- rainy environment gym bags
Branding Durability
Branding must resist:
- friction
- sweat
- detergents
- heat
- stretching
Best methods:
- rubber patch
- silicone patch
- heat-transfer with sealing
- embroidery (premium)
Ergonomic Comfort
Comfort factors include:
- padded straps
- breathable back panel
- weight distribution geometry
- curve shaping on straps
- anti-slip shoulder webbing
Price Positioning & Target Market Fit
Price correlates with:
- fabric type
- reinforcement method
- hardware brand
- compartment complexity
- packaging level
Material Options, Surface Finishing & Construction Engineering for Sport Bags
Sport bags rely on durable fabrics like 600D/900D polyester, ripstop nylon, TPU laminates, mesh ventilation, reinforced stitching, and water-resistant coatings. Choosing the right combination improves durability, appearance, moisture protection, and performance.
A. Recommended Exterior Fabrics
1. 600D / 900D Polyester
- abrasion-resistant
- ideal for everyday sport & gym bags
- PU coating enhances waterproofing
2. Ripstop Nylon (210D / 420D / 600D)
- lightweight
- tear-resistant grid structure
- used for running & lightweight training bags
3. TPU-Laminated Fabrics
- 100% waterproof
- easy to clean
- used for swimming bags & outdoor training
4. Oxford Fabric
- cost-effective
- supports vivid printing
B. Interior Lining Materials
- waterproof PVC lining
- odor-control polyester lining
- antibacterial fabrics
- breathable mesh for shoe compartment
C. Surface Finishing
- PU coating (water resistance)
- TPU lamination (premium waterproof)
- matte rubberized finishing
- anti-odor antimicrobial treatment
D. Structural Reinforcement
- EVA foam panels (shape retention)
- PE board at base (compression strength)
- bar-tack stitching at stress points
- reinforced piping on edges
E. Hardware Engineering
- SBS/YKK zippers
- waterproof zippers for swimming/fitness bags
- nylon webbing handles
- padded shoulder straps
- metal/nylon D-rings
Our OEM/ODM Engineering Solution for Sport Bags Development
Our OEM/ODM development process includes requirement analysis, concept drafting, material engineering, CAD pattern design, prototype creation, functional testing, PP sample confirmation, and mass production with strict QC.
We use a full engineering workflow:
Step 1
Requirement Discovery
We determine:
- sport type: gym, training, swimming, running, yoga, team sports
- target user (male/female/team/children)
- weight capacity
- pocket layout
- waterproof level
- branding style
- cost range
Step 2
Material & Structure Proposal
We recommend:
- fabric Denier
- PU/TPU waterproofing
- handle & strap strength
- internal compartments
- ventilation for shoe pocket
- base reinforcement
Step 3
CAD Pattern & Technical Blueprint
We design:
- panel layout
- pocket geometry
- zipper path
- strap attachment engineering
- load distribution
Step 4
Prototype Stage (Typically 1–3 Rounds)
Prototype improvements cover:
- shape
- carrying comfort
- compartment function
- branding clarity
- reinforcement updates
Step 5
Pre-Production Sample (PP)
Used as the golden reference for:
- bulk stitching standard
- fabric specifications
- branding finalization
Step 6
Mass Production
Processes include:
- multi-layer cutting
- reinforcement stitching
- handle construction
- quality inspection
Step 7
Final QC & Packaging
QC includes:
- load testing
- water resistance testing
- stitching inspection
- zipper cycling test
Packaging supports:
- retail box
- FBA polybags
- compressed packaging
Questions to Ask Your Sport Bag Manufacturer
A strong sport bag manufacturer must demonstrate material expertise, reinforcement engineering, stitching quality, load testing, waterproof treatment, branding durability, sampling accuracy, and scalable production capacity. These questions help identify true OEM capability.
The following 20+ expert-level questions instantly reveal whether a factory understands sport bag engineering, performance requirements, and scalability.
A. Material & Construction Questions
1. What Denier fabric do you recommend based on durability needs?
Factories must compare 600D vs 900D vs ripstop strengths.
2. How do you reinforce seams on high-tension areas?
Look for bar-tacks, box stitching, and double layers.
3. Do you offer waterproof PU/TPU coatings and waterproof zippers?
Essential for swimming & outdoor sports.
4. What reinforcement do you use for the base panel?
PE board? EVA foam? Both?
B. Functional Design & Performance Questions
5. How do you design a ventilated shoe compartment?
Poor ventilation = odor & mold.
6. How is weight distributed when the bag is fully loaded?
Ergonomics matter for comfort and safety.
7. Can the bag retain its shape after compression?
Important for retail display & long-term use.
C. Branding & Appearance Questions
8. Which branding methods last longest under sweat & friction?
Screen print? Rubber patch? Heat transfer?
9. How do you prevent logos from peeling after moisture exposure?
A knowledgeable manufacturer will explain heat setting & adhesive types.
D. Hardware & Components Questions
10. Which zipper brands do you use? Are they cycle-tested?
SBS/YKK preferred for durability.
11. Are metal or reinforced plastic D-rings used for heavy load bags?
Cheap hardware is the #1 failure point.
E. Sampling & Quality Control Questions
12. How many prototypes do you produce before finalizing?
1–3 iterations is optimal.
13. What testing is performed on samples?
Load, abrasion, waterproofing, odor retention.
14. What is your AQL QC standard for sport bags?
AQL 2.5 or better is ideal.
F. Production & Scalability Questions
15. Can you scale from 300 to 10,000 units without quality variation?
Essential for Amazon/retail growth.
16. Do you keep digital CAD patterns to ensure order consistency?
Professional manufacturers always do.
G. Packaging & Fulfillment Questions
17. Do you offer FBA-compliant packaging?
Polybag thickness, warning labels, carton strength.
18. Can you provide retail packaging or custom boxes?
For sporting goods stores & gyms.
H. Relationship & Long-Term Support Questions
19. Can you support seasonal product updates or variations?
Colorway updates, limited editions, athlete collabs.
20. Do you sign NDAs for private designs?
Important for brand protection.
A factory that cannot answer these questions confidently is not a professional sport bag OEM.
Safety, Durability & Performance Testing Standards for Sport Bags
Sport bags require mechanical, abrasion, waterproofing, compression, odor control, and hardware testing to guarantee long-term performance. Professional QC simulates real gym use—heavy loads, sweat exposure, rough surfaces, repeated pulling, and environmental stress.
Mechanical Tests
1. Static Load Test
- bag is loaded with 2× expected weight for 12–24 hours
- checks seam strength & handle reliability
2. Dynamic Load Test
Simulated movements:
- swinging
- shaking
- dropping
- sudden strap pulling
3. Shoulder Strap Tension Test
Ensures straps withstand repetitive shoulder lifting.
Abrasion & Tear Resistance Tests
1. Taber Abrasion Test
Evaluates fabric wear against gym floors & rough surfaces.
2. Tear Propagation Test
Determines how a small tear spreads under tension.
Zipper & Hardware Cycling Tests
Zippers must endure 500–1,000 cycles under strain.
Hardware tests include:
- buckle tension test
- D-ring deformation test
- slider torque resistance
Waterproofing Tests
1. Spray Test (AATCC 22)
— measures surface repellency.
2. Hydrostatic Head Test (for TPU)
— quantifies true waterproof pressure resistance.
3. Seam Leakage Test
— verifies stitching line protection.
Odor & Hygiene Tests
Sport environments cause rapid odor accumulation.
Tests include:
- sweat odor retention
- antimicrobial lining performance
- mold resistance
Compression & Shape-Retention Tests
Simulates:
- locker storage
- heavy stacking
- car trunk pressure
Bags must:
- rebound to original shape
- maintain structure with EVA/PE reinforcements
Chemical & Colorfastness Tests
Includes:
- colorfastness to sweat
- colorfastness to rubbing
- REACH compliance
- CA Prop 65 checks
Industries & Applications We Serve
Sport bags are used across fitness, outdoor, yoga, team sports, retail brands, gyms, promotional programs, corporate gifting, and e-commerce. Each sector requires a different engineering and design approach.
Lovrix serves a wide range of industries that require durability + branding + performance engineering.
A. Fitness & Gym Brands
duffel bags
training backpacks
multi-function gym bags
Focus: durability, odor control, compartments.
B. Outdoor & Adventure Brands
waterproof sport bags
hiking duffels
dry bags
Focus: TPU waterproofing, abrasion resistance.
C. Yoga & Wellness Brands
yoga mat carriers
lightweight stretch bags
Focus: minimalistic design, lightweight fabrics.
D. Team Sports Organizations (Football, Basketball, Volleyball, etc.)
equipment bags
team travel bags
Focus: heavy load capacity, reinforced handles.
E. Swimming Schools & Aquatic Sports
waterproof swim bags
wet-dry separation bags
Focus: TPU waterproofing, anti-odor interiors.
F. Retail Sports Stores
private label collections
seasonal updates
Focus: branding, display-ready structure.
G. E-commerce Sellers (Amazon, Shopify, TikTok)
fast-moving SKUs
competitive pricing
variation sets (color/size)
Focus: FBA packaging, QC consistency.
H. Corporate Gifting & Promotional Campaigns
logo-heavy sport duffels
training backpacks
Focus: low MOQ + fast sampling.
Types of Sport Bags
Sport bags can be categorized by structure, purpose, material, user segment, and carrying method. Each category requires different engineering approaches—ventilation, waterproofing, reinforcement, ergonomic padding, and capacity optimization.
By Structure
1. Duffel Bags
- barrel or rectangular
- large capacity
- top-loading or U-shaped zipper
- ideal for gym and travel
2. Training Backpacks
- multi-pocket organization
- ergonomic straps
- can include laptop compartments
3. Sling / Crossbody Sport Bags
- compact
- fast access
- good for running or light workouts
4. Tote-Style Sport Bags
- fashionable
- open-top or zip-top
- often used by women’s gym markets
5. Dry Bags / Roll-Top TPU Bags
- 100% waterproof
- welded seams
- ideal for swimming & outdoor sports
6. Team Equipment Bags
- oversized
- basic but extremely reinforced
- used for football, basketball, volleyball
By Functional Use
1. Gym Training Bags
- universal compartments
- shoe pocket
- wet-dry separation
2. Running Bags
- lightweight
- breathable
- anti-bounce strap system
3. Swimming & Aquatic Sports Bags
- waterproof TPU
- ventilation for wet gear
4. Yoga & Pilates Bags
- yoga mat straps
- long narrow structure
5. Multi-Sport Travel Bags
- hybrid duffel/backpack systems
- high load capacity
By Material Engineering
1. Polyester Sport Bags
Affordable, durable.
2. Nylon Ripstop Performance Bags
Lightweight, high tear resistance.
3. TPU Waterproof Bags
Outdoor & aquatic use.
4. Mesh/Hybrid Bags
High ventilation.
By Target User
- Men’s sport collections
- Women’s fitness bags
- Teens / youth training bags
- Professional athletes
- Team sports organizations
By Carrying Method
- hand-carry
- shoulder-carry
- crossbody
- backpack
- convertible systems
By Compartment Configuration
- ventilated shoe pocket
- insulated bottle pocket
- valuables pocket
- laptop compartment
- wet-dry separation pocket
Pricing, MOQ & Production Timelines
Sport bag pricing depends on fabric Denier, structure, compartment complexity, reinforcement, waterproofing, branding method, hardware quality, and order volume. MOQ usually 300–500 pcs, with sampling in 7–14 days and mass production in 30–45 days.
Now, let’s dive deeper.
Full Breakdown of Cost Drivers
1. Fabric Type & Denier
Higher Denier = higher cost + more durability.
2. Waterproofing Level
water-resistant PU (low cost)
TPU laminated (higher cost)
welded seams (premium cost)
3. Structure Complexity
simple duffel
multi-pocket backpack
reinforced training bag
TPU dry bag
4. Hardware Quality
SBS zippers
YKK zippers
metal buckles
padded handles
5. Compartment Engineering
Adding a shoe pocket with ventilation costs more than a simple flat pocket.
6. Branding Method
Method | Cost | Durability |
|---|---|---|
Screen Print | Low | Medium |
Heat Transfer | Medium | High |
Rubber Patch | Medium | Very High |
Embroidery | High | Premium |
Typical Price Range (Ex-Factory)
(For reference, varies by design)
Bag Type | Price Range |
|---|---|
Basic 600D gym duffel | $4.80–$7.80 |
900D premium duffel | $8.00–$13.00 |
Backpack-style training bag | $9.50–$17.00 |
Waterproof TPU dry bag | $10.00–$20.00 |
Team sports equipment bag | $12.00–$22.00 |
MOQ Requirements
| Type | MOQ |
|---|---|
| Simple duffel | 300 pcs |
| Backpacks | 300–500 pcs |
| Waterproof TPU bags | 500 pcs |
| Team bags | 500–800 pcs |
Sampling Timelines
- Simple duffel: 7–10 days
- Multi-pocket bag: 10–14 days
- TPU waterproof model: 14–20 days
- Structured EVA backpack: 15–25 days
Mass Production Lead Times
| Quantity | Timeline |
|---|---|
| 300–500 pcs | 20–25 days |
| 500–3,000 pcs | 20–30 days |
| 3,000–20,000 pcs | 30–40 days |
Packaging Options
- FBA-ready packaging
- retail boxes
- custom labels
- compressed packaging for shipping efficiency
Case Studies — Real OEM Projects for Global Sport Brands
These case studies illustrate how Lovrix solves real engineering, durability, branding, and functional challenges in sport bag development—covering gym bags, waterproof training bags, team sports equipment bags, and Amazon-ready SKU optimization.
Below are three highly engineering-oriented OEM project cases that demonstrate our capability.
Case Study 1 — U.S. Fitness Brand Needed a Premium Gym Bag with Odor Control
Client Background
A fast-growing U.S. gym accessory brand needed a durable, odor-resistant, premium-looking gym bag with a ventilated shoe compartment and reflective branding.
Challenges
odor buildup inside shoe pocket
logo peeling after heavy gym use
bag collapsing without load
zipper failures on earlier supplier’s version
Lovrix Engineering Solutions
selected 900D polyester + antimicrobial lining
designed dual-ventilation mesh for the shoe compartment
added 5 mm EVA foam for structure
used SBS auto-lock zippers for reliability
reinforced handles with box-stitching + bar-tacks
upgraded branding to heat-set rubber patch
Outcome
Customer launched the product on Amazon with outstanding reviews for durability & odor control; reorder size tripled within 6 months.
Case Study 2 — European Outdoor Brand Required TPU Waterproof Training Bags
Client Background
Brand specialized in outdoor fitness & swimming needed a 100% waterproof dry sport bag for wet clothing and equipment.
Challenges
TPU lamination wrinkling
sealing seams for real waterproof performance
heavy base sagging when wet gear is added
Lovrix Engineering Solutions
used high-frequency welded TPU panels
applied roll-top sealing + waterproof zipper
reinforced bottom with EVA laminated PE board
conducted hydrostatic pressure test to guarantee waterproof rating
Outcome
Product became a best-seller for swimming schools and triathlon clubs across Europe.
Case Study 3 — Amazon Seller Scaling From 300 to 20,000 Units Seasonally
Client Background
The client needed a universal gym duffel with shoe pocket & bottle holder at a competitive price—initial order small but high scaling potential.
Challenges
soft structure causing inconsistent shape
price-sensitive SKU requiring optimized materials
required FBA packaging & consistent QC
Lovrix Engineering Solutions
designed cost-optimized 600D polyester with reinforced piping
engineered precise CAD patterns for shape consistency
introduced automated stitching guides for mass production
provided barcode-ready FBA packaging
implemented AQL 2.5 QC for stable quality across batches
Outcome
The SKU reached “Amazon’s Choice” in its category; customer added 4 color variations the following season.
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 sports bag Projects
1. What is the MOQ for sport bag OEM orders?
Typical MOQ ranges from 300–500 pcs depending on the bag structure and materials. More complex bags like waterproof TPU or EVA-reinforced backpacks often require higher MOQs due to specialized construction processes and material procurement requirements.
2. How long does it take to develop a sample?
Simple duffels require 7–10 days, while structured backpacks or waterproof TPU bags may take 14–25 days. Additional sampling rounds may be required to refine structure, comfort, pocket layout, and branding.
3. Can you design the bag for us?
Yes. We offer full ODM services, including concept sketching, material selection, CAD pattern development, structural engineering, and branding placement. Clients only need to provide inspiration photos or functional requirements.
4. How do you ensure bag durability?
We use reinforced stitching, bar-tacks, durable fabrics, EVA/PE base support, and high-quality zippers. Bags undergo load testing, abrasion tests, waterproof tests, and zipper cycling to ensure long-term reliability under heavy use.
5. Can you add a shoe compartment with ventilation?
Yes. We design ventilated compartments using side mesh, dual airflow pathways, and odor-resistant linings. The ventilation geometry is engineered to prevent heat buildup and odor retention.
6. Are waterproof sport bags fully waterproof?
Polyester bags are water-resistant, not fully waterproof. For 100% waterproof performance, we use TPU-laminated fabrics, welded seams, and waterproof zippers—common in swim bags and outdoor training bags.
7. What branding methods do you offer?
Options include screen printing, rubber patches, heat transfer, reflective printing, and embroidery. We recommend rubber patches or heat transfer for sweat-heavy bags due to durability against moisture and abrasion.
8. What is your QC standard?
We follow AQL 2.5 by default, with inspections covering stitching, fabric integrity, zipper smoothness, compartment accuracy, waterproofing (if applicable), and branding durability. Higher QC grades are available for premium brands.
9. Can you support Amazon sellers with FBA compliance?
Yes. We provide barcode labeling, polybag warning labels, carton strength checks, and optimized packaging dimensions to reduce shipping costs.
10. What is the average production lead time?
Lead time is 30–45 days depending on complexity and order volume. TPU waterproof models or large-volume team bags may require additional days for specialized processes.
11. Can you help optimize bag costs?
Yes. We offer material substitution options (e.g., 600D instead of 900D), simplified pocket layouts, branding alternatives, and optimized hardware selections to balance performance and cost.
12. Do you support eco-friendly materials?
Yes. We offer RPET (recycled polyester) fabrics, biodegradable packaging, and water-based PU coatings for brands with sustainability goals.
13. Can different bag sizes or styles be produced in one order?
Yes. As long as materials overlap and production planning allows, we can produce multiple SKUs in one PO to help brands expand product lines efficiently.
14. Do you provide PP samples before mass production?
Absolutely. The PP sample is the final approved reference for stitching, materials, dimensions, pocket placement, and branding accuracy.
15. Do you sign NDAs to protect designs?
Yes. We take confidentiality seriously and secure client artwork, CAD files, and prototypes. We do not reuse private designs for other customers.
Contact Lovrix for Your Custom Sport Bag Project
Developing high-performance sport bags requires material expertise, structural engineering, and a manufacturing partner who understands how athletes and active users treat their gear.
Whether you’re creating:
- gym duffels
- training backpacks
- yoga bags
- waterproof swim bags
- team equipment bags
- running or crossbody training bags
Lovrix can support you with:
- multi-material engineering
- ergonomic design
- advanced waterproofing
- durable stitching & structure
- branding craftsmanship
- sampling in 7–14 days
- low MOQ for new brands
- scalable mass production
- (+86) 13823134897
- info@lovrix.com


















