Automotive Masking Technician – Day Shift (Temp-to-Perm)

Abstract Recruitment Ltd; Corby; On-site; GBP 32,000 - 36,000; Full time

Benefits offered by this job

Company pension

On-site parking

Job summary

Abstract Recruitment Ltd is recruiting a Vehicle Masker for a leading automotive company in Corby. The role is full-time, Monday–Friday, 14:00–22:00, with a temp-to-perm path and pay of £15.61 per hour. You will work in a busy environment, ensuring precise masking and preparation for painting, with attention to detail and quality at every step.

Benefits include a company pension and on-site parking, plus a long-term opportunity with potential progression within the Corby site.

Qualifications

• Full UK driving licence.
• Masking vehicles ready for paint experience.
• Knowledge of automotive masking and preparation techniques.
• Experience carrying out minor vehicle repairs before painting is advantageous.
• Strong attention to detail and a quality-focused approach.
• Reliable and able to work well as part of a team.

Responsibilities

• Masking vehicle panels and components ready for painting.
• Applying outline tape to designated areas.
• Covering and bagging vehicles to protect panels from paint overspray.
• Carrying out final preparation work before vehicles enter the paint booth.
• Ensuring all work is completed accurately and to a high standard.
• Maintaining a clean, safe and organised working area.

Skills

Full UK driving licence

Masking vehicles experience

Automotive masking techniques

Minor vehicle repairs experience

Attention to detail

Teamwork

Job description

Abstract Recruitment Ltd is recruiting a Vehicle Masker for a leading automotive company in Corby. The role is full-time, Monday–Friday, 14:00–22:00, with a temp-to-perm path and pay of £15.61 per hour. You will work in a busy environment, ensuring precise masking and preparation for painting, with attention to detail and quality at every step.

Benefits include a company pension and on-site parking, plus a long-term opportunity with potential progression within the Corby site.