Travel Mammography Technician – $2,196 per week

Job Summary

Prime Staffing is looking for an experienced Travel Mammography Technician to work on a 9‑week assignment in Grand Central, New York. This full‑time, travel‑based role offers a competitive weekly rate of $2,196.

Key Responsibilities

• Perform high‑quality mammography imaging in accordance with radiation safety standards.
• Prepare patients, explain procedures, and ensure comfort and confidentiality.
• Maintain accurate records, quality control logs and equipment maintenance schedules.
• Collaborate with radiologists and allied health staff to optimise diagnostic outcomes.
• Adhere to infection control protocols and departmental policies.

Requirements

• Current certification as a Mammography Technologist (e.g., ARRT‑MAM or equivalent).
• Minimum 2 years experience in a clinical mammography setting.
• Valid US state licence or ability to obtain one prior to start date.
• Strong communication skills and ability to work independently while travelling.
• Flexibility to work 40 hours per week, 8‑hour shifts, for the full 9‑week period.

Employment Details

• Start date: 7 June 2026
• Duration: 9 weeks (full‑time, 40 hours per week)
• Pay: $2,196 per week, tax‑free stipend to be confirmed
• Travel assignment – accommodation and travel expenses may be covered as per Prime Staffing policy.

How to Apply

Submit your up‑to‑date CV and a copy of your mammography certification through the Prime Staffing portal referencing Job ID 37081714.

Frequently Asked Questions

What qualifications are required for this travel mammography role?

You must hold a current Mammography Technologist certification (e.g., ARRT‑MAM) and have at least two years of clinical experience.

Is accommodation provided for the 9‑week assignment?

Prime Staffing typically arranges temporary housing for travel assignments; details will be confirmed during onboarding.

What is the weekly pay and are there any additional stipends?

The base rate is $2,196 per week, with a tax‑free stipend to be determined based on shift specifics.