Background: Curcumin is a yellow pigment that is extracted from turmeric. Lawsonia (2-hydroxy 1,4 naphtoquinon) is a natural product and is extracted from henna. Ginger is a dried rhizome obtained from a plant called zingier officinal a, which is extracted from the ginger family. In the present study, the anti-inflammatory effects of three chemical agents were evaluated on kaolin induced paw edema and these effects were compared to ibuprofen. Materials and Methods: This experimental study was performed on adult male rats. Acute inflammatory edema was induced by intraplantar injection of 0.1ml of 4% kaolin. Various concentrations of curcumin 5, 10µmol, lawsonia 20, 40µmol, ginger 5, 20 mg/kg and ibuprofen 12mg/kg were given Subcutaneous. immediately after kaolin injection. Paw edema assessed by calculation of volume changes and by extravasations of Evans blue dye in test group compare to the control, 4 hours after kaolin injection. Results: The results showed that 4% kaolin increased paw volume by 0.36±0.06ml, which was significantly inhibited by curcumin 69.4% at both concentrations (P<0.001). Lawosonia also had significant inhibitory effect on increased paw volume, by 72% and 66% at 20 and 40 µmol respectively (P<0.001). The paw volume was significantly reduced, 38.8%, and 44.8% by ginger at 5 and 20mg/kg respectively (P<0.01). No significant difference were found between inhibitory effects of ibuprofen and curcumin or lawsonia, but the effects of ibuprofen was found to be more than ginger (P<0.05). Kaolin injection also induced 37% increase in Evans blue extravasations, which was reduced only by ginger 30.7% and 33.3% at low and high doses respectively. Conclusion: These data suggest that, curcumin, lawsonia, and ginger can inhibit kaolin-induced inflammatory edema, so that the effects of curcumin and lawsonia are comparable to ibuprofen. Ginger also reduced protein leakage from vessels.