Top 5 Transdermal Skin Patches Companies
Teva Pharmaceutical Industries
Novartis
Teikoku Pharma
Viatris
Johnson & Johnson

Source: Mordor Intelligence
Transdermal Skin Patches Companies Matrix by Mordor Intelligence
Our comprehensive proprietary performance metrics of key Transdermal Skin Patches players beyond traditional revenue and ranking measures
This MI Matrix can diverge from simple revenue ordering because it weights delivery reliability, asset commitment, and near term pipeline momentum. It also reflects how visible a company is to patch buyers, regulators, and CDMO sourcing teams. Capability indicators that move scores include audited quality readiness, global site coverage for launches, demonstrated adhesion and wear time performance, and repeatable scale up with low deviation rates. Many executives also want clarity on FDA combination product expectations and what recent safety signals mean for patch labeling and counseling. FDA has continued to update combination product guidance listings, and it issued a June 18, 2025 warning on scopolamine patch heat risk, both of which can change development checklists and post launch monitoring. This MI Matrix by Mordor Intelligence is more useful for supplier and competitor evaluation than revenue tables alone because it surfaces execution strength where patch programs succeed or fail.
MI Competitive Matrix for Transdermal Skin Patches
The MI Matrix benchmarks top Transdermal Skin Patches Companies on dual axes of Impact and Execution Scale.
Analysis of Transdermal Skin Patches Companies and Quadrants in the MI Competitive Matrix
Comprehensive positioning breakdown
Teva Pharmaceutical Industries Ltd.
Formulation plus regulatory discipline drives outcomes when a patch is treated as a drug led combination product. Teva, a leading producer in this space, lists Scopolamine Transdermal System aligned to Transderm Scp. In June 2025, the FDA added a warning on Transderm Scp about serious heat-related complications, which raises the bar for patient counseling and pharmacovigilance messaging. The upside is faster uptake of self care friendly nausea prevention, while the operational risk is temperature related safety events that trigger label updates or tighter monitoring.
Hisamitsu Pharmaceutical Co. Inc.
Consumer trust often comes from comfort, not pharmacokinetics alone. Hisamitsu invests in TDDS research across disease areas, which supports sustained iteration on adhesives and wear time. The company also benefits from ecosystem strength through Teikoku Pharma USA activity, including a May 8, 2024 China approval milestone for Lidoderm. Broader physician comfort with patch switching is a plausible upside as generics expand. The biggest risk is skin reaction exposure that drives complaints, returns, and legal friction, especially for chronic use pain products.
Viatris Inc.
Clinical data is the cleanest lever for raising confidence in a patch franchise. Viatris, a top player, reported positive Phase 3 results on May 8, 2025 for investigational XULANE LO and guided to an FDA submission in the second half of 2025. That pipeline motion supports stronger contracting conversations with payers and large pharmacy buyers. The realistic what if is that lower estrogen dose positioning expands switching among users who want weekly convenience. A key operational risk is adhesion performance variability across skin types, which can drive real world discontinuation.
LTS Lohmann Therapie-Systeme AG
CDMO scale becomes strategic when sponsors need validated lines and reliable tech transfer. LTS is a leading service provider with visible capacity moves, including a May 21, 2024 semi automated commercial line validation and plans to expand Sorrel production into Western locations. The company also announced a June 25, 2025 cooperation with Nualtis, reinforcing its role as a manufacturing partner across delivery formats. The upside is more sponsor outsourcing as microneedle and hybrid programs grow. The main risk is execution stretch across multiple platforms and sites.
Zydus Lifesciences Ltd.
Regulatory throughput is a strong proxy for real capability in complex generics. Zydus, a leading producer, received USFDA approval on August 30, 2024 for a Scopolamine Transdermal System and described it as a growing transdermal portfolio. In September 2023 it also reported approval for a norelgestromin and ethinyl estradiol transdermal system, supporting breadth across therapeutic use cases. The upside is sustained first wave filings as patches come off patent. A risk is elevated scrutiny on adhesion and residual drug content controls during inspections.
Frequently Asked Questions
What should a buyer request when selecting a transdermal patch CDMO?
Ask for recent audit outcomes, deviation rates, and evidence of validated coating and converting lines. Confirm tech transfer timelines with named owners and batch release cycle time.
How do companies reduce skin irritation risk in patch programs?
They screen adhesives early, test wear conditions across skin types, and tighten extractables and leachables controls. They also build clear use instructions to reduce misuse and over application.
What FDA topic creates the most uncertainty for drug delivering patches?
Combination product expectations can change what data is needed for the device portion. Early classification and a clear submission plan reduces late redesign work.
What recent safety signal should patch sponsors monitor closely?
Heat exposure risk is important for anticholinergic patches like scopolamine. Sponsors should align labeling, counseling, and complaint monitoring with updated warnings.
How should manufacturers plan for hormone patch shortages and substitutions?
They should qualify alternate materials, hold safety stock for key sizes, and prepare substitution guidance for clinicians. Communication plans with pharmacies reduce abrupt switching and complaints.
What is the practical decision point for microneedle assisted patches?
The key question is whether the program can be manufactured at scale with consistent micro geometry. Buyers should demand process capability data, not only clinical promise.
Methodology
Research approach and analytical framework
Data sourcing: Evidence was taken from company investor materials, official press rooms, regulatory sources, and standards style disclosures. This approach works for public and private firms by using observable capacity, approvals, certifications, and site actions. When direct patch revenue was unavailable, proxies such as approvals, portfolio listings, and manufacturing assets were used. Conflicting signals were triangulated using higher reliability sources first.
Patch programs depend on local regulatory support, pharma channels, and reliable distribution coverage across major prescribing regions.
Prescribers and pharmacists favor trusted patch names when skin reactions and adhesion failures can trigger switching.
Relative patch sales and unit proxies indicate negotiating power with pharmacies, payers, and component vendors.
Patch coating, converting, and packaging capacity determines launch timing, supply continuity, and recall resilience.
New adhesives, microneedle assisted formats, and longer wear patches since 2023 signal future product pull.
Patch portfolios need sustained funding for stability studies, post approval changes, and compliance upgrades.
