COVID-19 Coronavirus Updated 3/25/2020

Facilities

“Customers trust that we will perform.”
David Fisher, President, S&H Machine

S&H established roots in Burbank, California in 1960. From humble beginnings we have steadily built our reputation for Manufacturing Excellence.

Our two campuses include eight buildings comprising over 47,000 square feet of manufacturing and administrative work space in both Burbank, California and South El Monte, California. We believe in the ingenuity of the American workforce, and we continue to re-define Southern California as the primary market for reliable, innovative and cost-effective manufacturing.

Two Locations
Eight Buildings
47,000 Total Square Feet

S&H Burbank, California

900 N. Lake Street, Burbank, CA 91502 | Six Buildings | 24,000 sq. ft.

large American flag prominently displayed in what appears to be an industrial or manufacturing facility. The flag is hanging vertically with the stars on the upper left, which is the standard way to display the flag on a wall. In the background, you can see some machinery and equipment typically used in a manufacturing setting, indicating this facility likely values American industry and manufacturing. The environment looks organized with designated areas as indicated by the signage on the wall that reads "4 40 MATERIAL AREA."

a metal bar being cut by a band saw. The saw is red with adjustable black guides and a metal clamp to secure the workpiece. A freshly cut disc of metal rests near the saw blade, surrounded by metallic shavings, indicating recent activity. The environment looks industrial with heavy machinery used for metalworking. The coolant or lubrication, often used to keep the saw blade from overheating and to ensure a clean cut, can be seen as well, which is a common practice in metal fabrication to extend tool life and improve cutting performance.

a man working at a TRUMPF laser marking workstation. He appears to be in a dark-colored shirt and is attending to something inside the machine, possibly adjusting or aligning a part for laser marking. To his right, there's a computer monitor displaying an interface for the laser marking system, which likely shows settings or the progress of the current task. The workstation is equipped with protective housing to ensure safety during operation. There's a note on top of the machine indicating the laser status and various other pieces of information, which suggests that this is a controlled and organized work environment, possibly a part of a larger manufacturing or engineering facility.

a close-up of a person's hands performing a precision task on a metal part, indicative of quality control or fine finishing work in a machining context. The person is wearing blue protective gloves and using a hand tool with a red and green handle, which appears to be some type of deburring tool, to manually smooth or finish the edge of a circular metal component with a meshed surface. The meticulous nature of the work suggests attention to detail is crucial for the specifications or performance of the part, which might be a component in a larger mechanical assembly. The setting is likely a manufacturing or engineering workshop where precision machined parts are produced and inspected.

an industrial environment, likely a CNC machine shop. In the foreground is a large monitor displaying a colorful spreadsheet, indicating some form of scheduling or process management. This might be a job tracking system, production schedule, or quality control log, given the rows of different colors which typically represent various statuses or priorities. In the background, a worker is operating a CNC lathe or similar computer-controlled machine. The worker is focused on the machine's control panel, possibly setting up for a new job, adjusting settings, or monitoring the current operation. The workspace around the machine includes a workbench with tools and possibly machined parts or blanks waiting to be processed. The image provides a sense of the workflow and organization within the facility, highlighting the integration of digital management systems with hands-on manufacturing processes.

a precision measurement setup typically found in a quality assurance department of a manufacturing facility. A complex metal part is being examined using a Coordinate Measuring Machine (CMM). This device is equipped with a probing system to measure the geometries of the part with high accuracy. It appears to be in the process of either being programmed for automated measurement or actively probing the part. The part itself is secured on the granite table of the CMM, with support blocks and clamps ensuring its stability during the measurement process. On the table, we can see technical drawings which provide the necessary specifications for quality control. The presence of this setup suggests a meticulous quality control process where the dimensions of each feature of the part must be precisely measured to meet stringent engineering standards. The technician's hand is guiding the CMM's probe or initiating the measurement sequence.

a close-up of a quality inspection process within a manufacturing environment. A precision measurement device, possibly a Coordinate Measuring Machine (CMM) probe, is seen focused on a complex metal part that appears to be a machined aluminum component, likely from the aerospace or automotive industry given its intricate design and precise features. The part has multiple bores and cavities with a highly reflective surface finish, indicating high-precision machining. This type of setup is often used for dimensional verification and quality control to ensure that parts meet strict specifications and tolerances. The inspection probe is connected to a black articulated arm, which likely allows for precise positioning and measurement across the part's various surfaces. The background suggests a clean and controlled environment, crucial for accurate measurement, with other inspection tools and workpieces visible. This attention to quality assurance is key in industries where component failure can have significant consequences.

a worker in a green shirt engaged in a meticulous inspection task in an industrial setting. The individual is using a measurement tool that appears to be a benchtop optical comparator or a similar inspection device equipped with a microscope for enhanced visibility. This instrument is typically utilized for inspecting small parts or features that require high magnification to ensure precision and adherence to specified tolerances. The environment suggests a quality control room or section of a manufacturing facility dedicated to detailed inspection. The focus and concentration of the worker indicate the precision required for the task. Visible on the table are various tools and stationery, such as pencils and notepads, which are likely used for recording measurements and observations. The presence of a calculator suggests complex calculations may be needed for the inspection process.

an industrial setting, likely a machine shop. It shows two manual milling machines with chucks and multiple adjustment handles, suggesting they are used for precise metalworking tasks. There's a sign labeled

a worker in a blue long-sleeved shirt operating a manual arbor press. The worker is applying downward force by pushing the lever to press a green cylindrical object onto another component, likely for assembly or to fit parts together. This type of equipment is commonly used for inserting or pressing in bearings, bushings, or other parts that require a set force for proper installation. The setting appears to be an industrial or manufacturing workspace, as suggested by the tools and workbenches in the background.

a worker wearing a dark t-shirt and blue jeans operating a CNC machine. The machine has a control panel with numerous buttons and a screen, indicating a complex operation system that requires specialized knowledge to operate. The worker is standing at the open door of the machine, possibly setting up or inspecting a part inside. The interior of the machine is partially visible, with what appears to be machining debris or coolant, indicating recent or ongoing metal machining work. The environment looks clean and well-organized, with tools and components neatly placed in the background, emphasizing a professional and precise manufacturing setting.

a man in a dark blue t-shirt with

S&H El Monte, California

9928 Hayward Way, S. El Monte, CA 91733 | Two Buildings | 23,000 sq. ft.

a shallow depth of field photograph of multiple machined metal parts aligned on a table. The focus is on the closest part, which has a cylindrical body with various machined features including cutouts, notches, and threaded holes, indicative of precision engineering. This particular component might serve a specific function in an assembly, possibly as a housing or connector within a larger mechanical system. The blurred background with similar parts in sequence indicates a batch production run, which is typical in a manufacturing setup following efficient production practices. The smooth, shiny surfaces of the metal parts suggest they have been recently machined, and the absence of visible imperfections or debris highlights the cleanliness and quality control standards of the facility. The blurred parts in the background give the image a sense of continuation, suggesting the production of a substantial number of these items.

a large industrial facility, likely a machine shop, with numerous computer numerical control (CNC) machines lined up in rows. The workshop features a variety of machines which indicates a capacity for diverse machining operations, such as lathes, mills, and perhaps grinders. The interior has a classic industrial aesthetic with brick walls and exposed beams and ductwork, lit by fluorescent lights. The floor is clean and appears to be concrete, suggesting good maintenance practices. The space between the machines is well organized, allowing for easy movement of personnel and materials. There's an absence of workers, which might indicate the photo was taken during a non-operational period or for promotional purposes. The machines themselves show signs of use but are well-kept. This setup is indicative of a facility that handles a significant volume of precision work, possibly for aerospace, automotive, or high-tech industrial applications. The absence of clutter and the presence of safety signs also point to an emphasis on a clean, safe, and efficient working environment.

an industrial manufacturing environment where a worker is operating a hoist to handle a large, intricate machined part from a CNC lathe. The worker, who is focused on the task, is wearing safety glasses and a short-sleeved shirt, and seems to be maneuvering the part carefully with the aid of the hoist. This suggests the part is likely heavy or awkward to handle manually. The CNC lathe is substantial, with protective panels and digital controls, indicative of modern, automated machining capabilities. Safety is a visible priority, with clear caution labels on the equipment and a fire extinguisher within reach. The workshop is spacious and well-organized, with other machinery and tools in the background. The interior is well-lit, with brick walls and a sturdy industrial ceiling, characteristic of a manufacturing facility dedicated to precision and safety.

a broad view of a manufacturing workshop floor. In this well-organized space, we see several computer numerical control (CNC) machines, which are essential for machining complex parts with high precision. These machines are likely used for milling, turning, or drilling operations, as indicated by their varied sizes and shapes. In the foreground, there's a large metal table with various tools, measuring instruments, and work in progress, suggesting an area for layout and inspection. The workspace is tidy, with tools and components placed on the table in an organized manner. Over to the right, a person operates one of the CNC machines, which has its door open, implying an active machining process. Safety seems to be a priority here, as indicated by the yellow safety lines on the floor, which designate walkways and machine operation zones. The environment looks clean and well-lit, characteristics of a professional and safety-conscious operation. This setting is typical for high-precision manufacturing sectors, where meticulousness and cleanliness are key to the quality of the end products.

a quality control setup in a manufacturing facility. On a granite inspection table, there are multiple machined parts, resembling elongated cylindrical shapes with complex features, like flanges and threaded holes, which could be components for automotive, aerospace, or industrial machinery. At the forefront, a precision measuring tool, such as a height gauge, is set up with a dial indicator touching one of the parts, likely used to measure and verify part dimensions against specified tolerances. There is a technical drawing with annotations laid out on the table, providing the necessary design dimensions and specifications for inspection. The calibration of the part being measured is crucial to ensure it meets the exacting standards required for its intended application. The setup indicates a focus on precision and quality assurance, where parts are carefully inspected before they are deemed fit for use. This attention to detail is essential in industries where component accuracy is critical to the overall functionality and safety of the machinery or product.

four individuals working together in what appears to be a machining workshop. They are gathered around a large piece of equipment – likely a precision measurement tool or a CNC machine – focusing on a part or component that one of them is holding. One person is adjusting or measuring something on the machine with a dial indicator, which is used to measure small distances or angles. The men are dressed in casual work attire, with one wearing a buttoned shop coat, which suggests a hands-on engineering or technical environment. There's a Haas machine in the background, indicating that this is a workshop with CNC capabilities. The team seems engaged and cooperative, indicative of a collaborative work environment.

A GREAT COMPANY, A GREAT CAREER

We’re growing and looking for career-focused team members to join us. We believe in hiring people who care about what we do. The work we do is critical to the safety of others. Are you up for the challenge?