ML-SM-SYR-0.3ml
Individually wrapped Plastique Seringue orale 0.3ml Transparent
non-branded Plastique Seringue orale, no logo/text, graduated, individually wrapped
01 / catégorie
Sustainable Cannabis Packaging | Recyclable Packaging | MedLock
At MedLock, we strive to decrease our environmental impact by providing our customers with sustainable, child resistant packaging solutions they can afford.
02 / produits
ML-SM-NW-SYR-0.3ml
Plastique Seringue orale, no wrapper 0.3ml Transparent
non-branded Plastique Seringue orale, NO logo/text, graduated, NO individual wrapper
ML-BPJ-20DR-FOIL
Plastique Pot with 52mm TE/CR Bouchon and foil liner 20DR Noir
Noir Plastique Pot with 52mm TE/CR Bouchon with heat seal foil liner
ML-BPJ-60DR/FOIL
Plastique Pot with 52mm TE/CR Bouchon and foil liner 60DR Noir
Noir Plastique Pot with52mm TE/CR Bouchon with heat seal foil liner
ML-PTW-40x95mm
CR Pop Top Tube 40x95mm Blanc
CR Pop Top Tube, Blanc
ML-BPB-60ML
18-415 Plastique Bouteille 60ml Noir
18-415 Noir Plastique Bouteille
CD-SYR-0.3ML
ClickDose 2-pc Seringue orale 0.3ml Transparent & Blanc
ClickDose 2-pc Seringue orale. Transparent barrel with graduation & numbered markings. Blanc plunger and tip cover. Individually wrapped.
03 / copie capturée
MedLock offers fully recyclable and biodegradable packaging options for dry flower, prerolls, capsules and edibles.
All products can be customized to meet your brand and product needs. Contact us to customize your packaging.
*Click on any image to view additional product details.
Child Resistance
"Squeeze to open" format.
Made from polypropylene. 100% recyclable.
Available Sizes (drams):
13DR | 19DR | 30DR | 60DR
Biodegradable (test standard ASTM D5511) format also available. Click to view quick facts.
Child Resistant
Single unit made from polypropylene.
100% recyclable.
Available sizes: (diameter x length)
19mm x 78mm 19mm x 116mm 25mm x 114mm
30mm x 114mm 35mm x 85mm 40mm x 95mm
Order in any colour.
Tubes are straight (not tapered) to prevent quality issues like warping, bending, & wrinkling of labels during application.