Potters, Manufacturing

Salary Overview

Job Outlook (2024–2034)

Key Skills

Knowledge Areas

What They Do

• Mix and apply glazes to pottery pieces, using tools, such as spray guns.
• Raise and shape clay into wares, such as vases and pitchers, on revolving wheels, using hands, fingers, and thumbs.
• Position balls of clay in centers of potters' wheels, and start motors or pump treadles with feet to revolve wheels.
• Press thumbs into centers of revolving clay to form hollows, and press on the inside and outside of emerging clay cylinders with hands and fingers, gradually raising and shaping clay to desired forms and sizes.
• Pack and ship pottery to stores or galleries for retail sale.
• Smooth surfaces of finished pieces, using rubber scrapers and wet sponges.
• Pull wires through bases of articles and wheels to separate finished pieces.
• Operate pug mills to blend and extrude clay.

Tools & Technology

★ = Hot Technology (in-demand)

Education Requirements

Typical entry-level education: Postsecondary Nondegree Award

Related Careers

Careers with the highest skill compatibility from Potters, Manufacturing.

A Day in the Life

A manufacturing potter's day begins with checking equipment settings and reviewing production orders for the shift. Early tasks include preparing clay bodies by operating pug mills that mix, de-air, and extrude clay into workable forms. Operators set up jigger machines, calibrating molds and profiles to produce specific shapes like plates, bowls, or cups at consistent dimensions. Throughout the day, they monitor the machines continuously, checking for defects in formed pieces and adjusting settings to maintain quality standards. Workers remove finished greenware from molds and place items on drying racks or conveyors leading to kilns. Batch quality checks involve measuring dimensions, wall thickness, and surface quality against specifications. Operators perform routine maintenance on equipment, cleaning molds, replacing worn tools, and lubricating moving parts. Production records are maintained to track output, waste rates, and any equipment issues. Shift changes involve briefing incoming operators on machine status and production progress.

Work Environment

Manufacturing potters work in industrial factory settings that range from small specialty workshops to large-scale ceramic production plants. The environment involves exposure to clay dust, requiring respiratory protection and ventilation systems to maintain air quality. Noise levels can be significant near operating machinery, and hearing protection is standard in many facilities. Workers stand for most of their shift and perform repetitive motions while operating and loading machines. Temperatures near kilns can be extremely high, requiring heat-resistant protective equipment and hydration awareness. The work involves handling wet and dry clay materials, meaning hands and clothing frequently become soiled. Production lines run on established schedules, with some facilities operating multiple shifts to maintain output. Safety protocols are strictly enforced around moving machinery, hot surfaces, and material handling equipment. Cleanliness and housekeeping are important to prevent slipping hazards and maintain product quality. Many facilities provide uniforms and personal protective equipment including gloves, safety glasses, and steel-toed boots.

Career Path & Advancement

Entry into manufacturing pottery typically requires a high school diploma and on-the-job training. Most employers provide several weeks of hands-on instruction covering machine operation, clay properties, and quality standards. New workers usually start on simpler tasks like loading and unloading machines before advancing to independent machine operation. Some community colleges and technical schools offer programs in ceramics technology or manufacturing processes that provide a head start. Apprenticeship programs, where available, combine structured classroom instruction with practical experience over one to two years. With experience, operators advance to running more complex production equipment or overseeing multiple machines simultaneously. Senior operators may progress to lead positions, training new employees and coordinating production line activities. Supervisory roles in ceramic manufacturing represent the next level of advancement. Some experienced potters move into quality control, production planning, or plant management positions. Others apply their knowledge of ceramic materials to technical sales or product development roles.

Specializations

Manufacturing potters may specialize in different production methods and product types. Jiggering specialists operate jigger and jolley machines that form flatware and hollowware on rotating molds using shaped profiles. Casting operators manage slip casting processes, pouring liquid clay into plaster molds to create complex shapes that cannot be formed on machines. Pressing operators run hydraulic or mechanical presses that compact dry or semi-dry clay powder into tiles, insulators, and technical ceramics. Extrusion specialists operate equipment that forces clay through dies to create pipes, tubes, and structural shapes. Kiln operators manage the firing process, monitoring temperature profiles and atmospheric conditions to achieve desired properties in finished products. Glazing specialists apply decorative and functional coatings to ceramic surfaces before final firing. Some operators specialize in sanitaryware production, forming toilets, sinks, and bathtubs using large-scale casting and pressing equipment. Others focus on technical ceramics used in electronics, aerospace, and medical applications where precision is critical.

Pros & Cons

Industry Insight

The manufacturing pottery industry faces a complex mix of challenges and opportunities in the current market. Demand for ceramic tiles remains strong, driven by construction activity and consumer preference for durable, sustainable flooring and wall coverings. However, competition from imported ceramics, particularly from Asia, puts pressure on domestic manufacturers to improve efficiency and quality. Automation and robotics are increasingly integrated into ceramic production, with computer-controlled kilns, robotic glazing systems, and automated sorting reducing labor requirements for routine tasks. Skilled machine operators who can work with advanced equipment remain in demand even as automation increases. The growing interest in sustainable and locally manufactured goods provides opportunities for domestic producers who emphasize quality and environmental responsibility. Technical ceramics for electronics, medical devices, and aerospace applications represent a high-value growth segment. 3D printing of ceramic materials is emerging as a transformative technology for prototyping and small-batch production. The industry is also adapting to stricter environmental regulations regarding emissions, energy use, and waste management.