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Cryolipolysis Machine Portable Tm-920 - CE Certification Products

I’m excited to introduce the Cryolipolysis Machine Portable Tm-920 to clinics and aesthetic centers looking for an efficient, non-invasive body contouring solution. This portable unit blends compact design with powerful cooling, letting me move it between treatment rooms without hassle. Clients appreciate the quick treatment cycles, minimal downtime, and noticeable fat reduction, while I value consistent results and easy operation. The device is built with safety in mind, featuring precise temperature control, real-time monitoring, and a reliable safety shut-off. With CE Certification, you can trust the device meets international safety standards, making it ideal for your clinical or spa environment. Our Products lineup is tailored for busy practices, offering scalable options and after-sales support to keep you moving. If you want to expand services, cut down chair-side time, and deliver measurable outcomes, this unit is a smart investment for your business.

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Cryolipolysis Machine Portable Tm-920 Factory Your Trusted OEM Partner

Designed for global clinics, the portable cryolipolysis TM-920 delivers safe fat reduction with a compact footprint and ergonomic handling. It features a user-friendly interface, precise cooling control, and adjustable treatment parameters for diverse patient needs. Its portable design supports mobile clinics and satellite sites, helping you extend services to new markets. OEM capabilities enable white-label customization for international buyers: branding, multilingual UI, tailored treatment presets, and packaging options. The manufacturing setup accommodates both small-batch trials and larger orders, ensuring consistent quality and rapid prototyping to meet regional regulations and market timelines. Partnering with a dedicated manufacturer provides reliable supply, rigorous QA, and end-to-end support—from installation and training to spare parts and remote diagnostics. A scalable production line and flexible terms help you accelerate market entry while controlling costs and maintaining compliance.

{ Cryolipolysis Machine Portable Tm-920 Factory Your Trusted OEM Partner}
Parameter Specification Notes
General Specifications
ModelTM-920
Product TypePortable Cryolipolysis SystemSingle-applicator cooling device
Overall Dimensions (L×W×H)410 × 240 × 180 mmApprox. external size
Weight5.9 kgLightweight portable unit
Power Supply100–240 VAC, 50/60 HzWorldwide compatibility
Power Consumption180 W nominal; 320 W peakDuring active cooling
Cooling MethodThermoelectric (Peltier)Integrated cooling module
Cooling Temperature Range-10°C to -5°CTypical treatment window
Treatment Window Diameter60 mmSingle-applicator
Vacuum Range0–0.7 barSupport tissue suction
Treatment Cycle Time25–35 minutes per areaDepends on protocol
Sound Level42 dB(A) @ 1 mOperational noise
Safety & Compliance
CertificationsCE, ISO 13485Medical device standards
MaterialsMedical-grade ABS, Aluminum alloyRugged construction
Data InterfaceUSB 2.0, RS-232Data transfer and logging
Operating Environment15–30°C; 30–75% RHAmbient conditions
Warranty12 monthsLimited; consumables not included
Maintenance & Accessories
Included Accessories1x 60 mm window, gel pack, power cable, user manual
MaintenanceAnnual calibration recommended
Cleaning & DisinfectionSurface wipe with alcohol-based cleanerFollow infection control guidelines

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Cryolipolysis Machine Portable Tm-920 Ahead of the Curve From Concept to Delivery

Development Stage Timeline for Portable Cryolipolysis Device

Explanation: The bar chart presents a high-level view of the development stage timeline for a portable cryolipolysis device, illustrating the estimated duration, in months, required to advance from one milestone to the next. The stages shown are Concept, Feasibility & Design, Prototype, Testing & Validation, Regulatory & Certification, Pilot Production, and Full Production. In this synthetic dataset, the early stages accumulate months through ideation, feasibility assessment, and initial engineering work, while later stages entail rigorous validation, regulatory submissions, and manufacturing scale-up. The distribution emphasizes that although concepts can be relatively swift to draft, the critical path often lengthens as the project transitions toward patient safety and market readiness. The longest bar corresponds to Full Production, reflecting the complexity of achieving scalable manufacturing, supplier qualification, and process control to support steady supply to customers. The chart thus helps teams identify where time concentrates and where to focus process improvements, resource allocation, or parallel activities. For example, conducting regulatory planning in tandem with prototype testing can compress the overall schedule by reducing rework and streamlining documentation. Similarly, modular design choices and risk-driven testing can shorten validation cycles by enabling parallel work streams. This visualization is intended as a decision-support tool rather than a precise forecast; it communicates relative priorities and potential bottlenecks, guiding stakeholders to align on milestones, budgets, and timelines. While real-world projects vary widely based on regulatory requirements, target markets, and manufacturing capabilities, the underlying principle remains: a clear mapping of stages supports proactive risk management, better cross-functional collaboration, and faster, safer delivery of innovative medical devices to patients who stand to benefit from cryolipolysis technology. In summary, this dataset encourages a disciplined, data-driven approach to product delivery.

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