Listed by the USPTO as BURNS, KRISTINA BABINSKI
Tech Center 3700 • Art Units: 3761
This examiner grants 70% of resolved cases
Kristina Babinski Burns is an examiner in Art Unit 3761 of Tech Center 3700, with 37 resolved cases. The examiner has an allowance rate of 70.3 percent. The median time to allowance is 1344 days. Top companies such as Mitsubishi Electric Corporation, Precision Additive Solutions Inc., and Berndorf Aktiengesellschaft are active in this examiner's caseload, often represented by firms like COLLARD & ROE, P.C. and Xsensus.
The interview lift for this examiner is 31.7 percent. This indicates that conducting an interview can significantly improve the likelihood of a grant beyond the 70.3 percent baseline allowance rate. With 37 resolved cases, the examiner's performance data is still developing but shows a clear trend toward favorable outcomes. The 1344 days median pendency is a key factor for applicants to consider. Practitioners can use the 31.7 percent lift to refine their prosecution strategies and address examiner concerns directly, potentially shortening the path to allowance.
| App # | Title | Status | Assignee |
|---|---|---|---|
| 19085278 | ADDITIVE MANUFACTURING SYSTEMS AND METHODS | Final Rejection | Precision Additive Solutions Inc. |
| 17295064 | METHOD FOR PROCESSING A STRIP | Final Rejection | Berndorf Aktiengesellschaft |
IP Author analyzes examiner patterns and generates tailored response strategies with the highest chance of allowance.
Build Your Strategy70.3% of resolved applications examined by Kristina Babinski Burns were allowed (37 resolved cases), compared with 57.7% across Art Unit 3761 over the last five years.
This examiner's interview lift is +31.7 percentage points: the difference in allowance rate between resolved applications that had an examiner interview and those that did not.
Applications allowed by Kristina Babinski Burns took 1,344 days on average from filing to allowance.
Kristina Babinski Burns examines applications in Art Unit 3761 in Tech Center 3700 (Medical Devices & Mechanical Engineering).
