Description
Heavy-Metal Safety Baseline • Eco-Friendly Split Architecture • Plug-In Smart Control
DP25 Magnetic POD System (0.5ml / 1.0ml Pods)
Engineered for live rosin, live resin, and dense botanical distillates. Features buttonless plug-in preheat, 2.9V/3.2V dual-voltage tuning, heavy-metal safety construction, and a reusable 350mAh pure cobalt base with full third-party testing support.
Dual 2.9V / 3.2V
Heavy-Metal Safe
Slash Hardware Cost per Gram: Eliminate Battery Disposal Waste and Terpene Scorching
In rapidly maturing legal markets, single-use all-in-one disposables face mounting regulatory headwinds, eco-taxes on single-use lithium cells, and inflated dimensional air shipping costs. Furthermore, generic draw-activated devices often lack preheat capabilities or voltage regulation, causing high-viscosity live rosin to clog in cooler conditions or scorch under continuous high fixed outputs.
The Sampson DP25 provides a sustainable, high-margin solution. Its split magnetic POD system allows consumers to retain and recharge the durable 350mAh battery chassis, replacing only the compact, recyclable PCTG pod. This structure cuts replenishment hardware expenses and air shipping weight by up to 60%. Built on a strict heavy-metal safety design baseline, the vapor pathway utilizes clean food-grade contact materials and inert porous ceramics. The DP25 integrates an intuitive buttonless control protocol: simply plug the pod in and out twice to trigger a gentle 10-second warming cycle, or three times to shift between 2.9V (terpene preservation) and 3.2V (cloud production). Sampson proactively assists clients by coordinating and submitting production hardware for accredited third-party laboratory testing to align with your regional compliance regulations.
Buttonless Plug-In Control
Plug in/out 2× for instant preheat; 3× to toggle voltage between 2.9V and 3.2V. Keeps the exterior clean, durable, and free of fragile physical buttons.
1.6Ω Terpene Ceramic Core
High-resistance porous ceramic coil prevents burning and dry wicking, preserving delicate monoterpenes across every pull.
Eco Split Architecture
Rechargeable 350mAh base with Type-C reduces landfill battery waste, lowering brand compliance liabilities and customer repeat-purchase friction.
Engineering Specifications & Technical Benchmarking
Review how the Sampson DP25 magnetic pod platform compares directly against generic single-use disposables:
| Parameter / Engineering Metric | Sampson DP25 Pod System | Standard AIO Disposable Device |
|---|---|---|
| System Architecture | Split Magnetic Pod System (Reusable Battery Base) | Single-Use All-In-One (Discarded completely) |
| Voltage Regulation | Dual Output: 2.9V (Low-Temp Terp) / 3.2V (High-Cloud) | Fixed High Voltage (Overheats delicate extracts) |
| Preheating Capability | Intelligent Plug-In Actuation (2× plug in/out) | No preheat function (Severe cold clog risk) |
| Heavy-Metal Safety Design | Strict baseline standard; food-grade PCTG & clean vapor path | Unscreened internal alloys; leaching risk |
| Third-Party Lab Verification | Full factory support to submit samples for client testing | Opaque sourcing without testing cooperation |
| Heating Coil Resistance | 1.6Ω High-Precision Micro-Porous Ceramic | 1.2Ω – 1.4Ω Low Resistance Coils |
| Battery Base & Charging | 350mAh Pure Cobalt Cell with Type-C Quick Charge | Low-grade 200–280mAh Ternary Battery |
| Pod Reservoir Material | Food-Grade Medical Transparent PCTG (Inert) | Standard Polycarbonate or ABS Resin |
| Pod Capacity Options | 0.5ml / 1.0ml Modular Pod Formats | Fixed Capacity Housing |
| Hardware Dimensions & Weight | 30 × 16 × 85 mm | 30.0g (20g Base + 10g Pod) | Variable bulk and high air freight costs |
| Factory Defect Benchmark | Factory pre-shipping QA aimed at < 0.3% | 2.0% – 5.0% Industry Average |
4-Stage Laboratory QA Protocol for Magnetic Pod Systems
Because split pod systems demand precise mechanical tolerances and electrical contact stability, every production run of DP25 undergoes structured testing at our Shenzhen facility before export dispatch. Learn more about our complete
Quality Testing Protocols.
Magnetic Retention & Contact Jig
Neodymium magnet retention strength and gold-plated pogo pin spring contacts undergo 5,000-cycle insertion tests to ensure zero contact failure.
Micro-Switch Firmware Testing
Smart control chips undergo automated plug-in cycling to verify flawless 2× preheat activation and 3× voltage switching (2.9V ↔ 3.2V).
Heavy-Metal Baseline & Materials Audit
Constructed with food-grade PCTG pods and inert ceramic components. We proactively assist and coordinate sending production samples to accredited third-party labs on demand.
-80kPa Flight Vacuum Chamber
Filled PCTG pods undergo continuous depressurization in vacuum chambers to guarantee hermetic internal sealing during high-altitude commercial air shipments.
Scalable Factory Logistics & Custom OEM Finishes
Sampson empowers multi-state operators, wholesale distributors, and craft concentrate brands with direct factory supply capabilities:
- Immediate Evaluation Samples: Unbranded DP25 starter kits and empty pod samples dispatch within 24–48 hours via DHL, FedEx, or UPS Priority Air.
- Custom Finishes & Branding: Customize the 350mAh battery chassis in any Pantone color with rubberized soft-touch, anodized aluminum, or metallic plating starting from low MOQs. Explore our
OEM/ODM Customization Services. - Explore Full Pod Architecture: View our complete range of specialized pod options under
Magnetic Connection PODs. - Turnkey Packaging Integration: Complete your retail SKU with custom multi-pod blisters, starter kit presentation boxes, and child-resistant master cartons via
Custom Packaging Solutions.
Scale Your Brand with Sustainable Magnetic Pod Hardware
Eliminate battery disposal liabilities and boost repeat pod purchase revenue. Contact our engineering and sales desk directly for wholesale tiered pricing, filling machine jigs, and comprehensive factory evaluation sample kits.
Email: sales@sampsoncarts.com • Shenzhen Sampson Technology Co., Ltd. Baoan, Shenzhen, China