Machining
PRECISION PARTS & COMPONENTS
CNC and Manual Machining
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Apopka, Florida // Engineering & Manufacturing // Est. 2004
Apopka, Florida // Engineering & Manufacturing // Est. 2004
JE Technology Solutions provides tube laser cutting, CNC tube bending, waterjet cutting, milling, and turning from Apopka, Florida. We help Central Florida customers turn drawings into custom components, prototypes, and production parts, with engineering, welding, and assembly support available to carry the work further.
Work with JE Technology Solutions for the manufacturing stage you need, whether that is cutting a batch of components or preparing parts for a larger assembly. Our Apopka facility brings fabrication, machining, and engineering together to support customers throughout the Orlando area and Central Florida.
JETechFab is a JE Technology Solutions-owned company. Connect with JE about custom fabrication requirements and the services available for your next build.
JE’s engineering team can help develop a concept or review an existing design before manufacturing. CAD modeling, engineering documentation, and production planning connect the intended function to the fabrication process. Start a requirements conversation when you need help resolving geometry, connections, material choices, or how components will be assembled.
Bring us a complete drawing package or explain what the part needs to do. We can discuss a focused manufacturing scope or a broader project that includes engineering, welding, and final assembly.
Upload your drawing to start an instant quote for your custom parts.
Call JE to discuss your machining and fabrication needs with our team.
JE’s Apopka facility brings together CNC and manual machining, laser and waterjet cutting, tube bending, press brake forming, and welding equipment. The inventory below also includes our inspection and material handling resources. Review the equipment by function, then share your drawing so JE can assess the requirements for your parts.
PRECISION PARTS & COMPONENTS
JE Technology Solutions provides CNC milling, turning, rotary machining, and manual milling from our Apopka facility. We produce custom components, prototypes, and repeat production parts for Central Florida customers, selecting the machining approach around your material, geometry, critical dimensions, and assembly requirements.
Super-speed Vertical Machining Center
The Haas high-performance Super-Speed vertical machining centers provide the high spindle speeds, fast rapids, and quick tool changes necessary for high-volume production and reduced cycle times. Each SS machine features a 12,000-rpm, inline direct-drive spindle, an ultra-fast side-mount tool changer, and high-speed rapids on all axes.
CNC turning center
The ST-28 turning center combines the heavy-duty A2-8 spindle head of the mid-size ST-35 big-bore lathe with the compact footprint of our smaller ST-25 to create a powerful turning center that provides heavy-duty cutting capability.
CNC Milling
The Haas Mini Mill has FEA-optimized base and column castings, larger travels, and faster spindle speeds and rapids for increased production output. An Y-axis washdown nozzle improves chip flow inside the machine, and a 45-gallon (170-liter) external coolant tank simplifies maintenance.
4th-Axis Rotary Table
The Haas HRT210 holds medium to large parts or fixtures. This rugged, heavy-duty tables can be mounted vertically or horizontally for added versatility. Chucks and fixtures can easily be bolted to the table using the six precision T-slots, and large through-holes allow for bar feeding and special fixture-locating requirements.
CNC VERTICAL MILLING
Our Mazak vertical machining center produces custom components with milled surfaces, pockets, slots, and drilled or threaded holes. From mounting plates and brackets to housings and fixtures, it supports projects that require multiple machining operations for prototypes and repeat production.
CUSTOM PROFILES & STOCK PREPARATION
JE combines tube laser cutting, sheet laser cutting, waterjet processing, and saw cutting to prepare components for your next build. From detailed profiles and connection features to stock cut to length, we match the process to your material, part geometry, and downstream fabrication needs.
TUBE & PIPE LASER CUTTING
The Boss Laser tube cutter produces cut lengths, holes, slots, and notches in tube and pipe. At JE, it supports components for frames, railings, equipment supports, and fabricated assemblies, preparing connection features before parts move into welding or assembly.
SHEET METAL LASER CUTTING
The UTE laser table cuts profiles and internal features from flat metal stock. It supports custom brackets, panels, mounting plates, and other fabrication components, helping JE prepare repeatable parts for bending, welding, machining, or assembly.
COLD CUTTING FOR CUSTOM PROFILES
The American Machinery waterjet cuts flat profiles without creating a heat-affected zone. This makes waterjet cutting useful for projects where thermal effects are a concern and for preparing blanks that will receive additional machining. JE reviews the material, thickness, and required edge quality to determine suitability.
CNC SAW CUTTING
The DoALL CNC bandsaw prepares stock for downstream fabrication and machining. It cuts material into usable lengths for individual components or repeat batches, supporting JE projects that begin with bar, tube, or pipe before additional cutting, forming, welding, or machining.
NONFERROUS PROFILE CUTTING
The Scotchman SUP-600 supports straight and miter cutting of suitable nonferrous materials, including aluminum profiles. At JE, it prepares lengths and angled connections for frames, supports, and fabricated assemblies, helping components fit the geometry required for the next manufacturing step.
SHAPING & JOINING METAL
JE combines CNC tube bending, manual forming, and press brake capabilities with MIG, pulsed MIG, TIG, and robotic welding. We shape and join components into frames, railings, brackets, and fabricated assemblies, selecting the processes around your material, geometry, connection details, and production requirements.
SHEET & PLATE FORMING
The Baileigh press brake forms bends in sheet and plate components for custom fabrication projects. At JE, it supports brackets, panels, mounting components, and other formed parts, preparing the angles and flanges needed before components move into welding or final assembly.
CNC TUBE & PIPE FORMING
The UTE US50EDL-4A forms repeatable bends in tube and pipe for fabricated components. Its CNC controls and double-stack configuration support parts with multiple bends, helping JE produce tubular frameworks, railings, supports, and equipment components around the geometry required for each assembly.
MANUAL TUBE FORMING
The manual tube bender supports custom bends and smaller fabrication tasks that benefit from direct operator control. At JE, it complements CNC bending capabilities for suitable tubular components, helping our team shape individual parts and support the fit required within a fabricated assembly.
PROGRAMMABLE ROBOTIC WELDING
The UR10e robotic welding system follows programmed weld paths for suitable components and assemblies. At JE, it supports repeat production work where consistent positioning and access to the joint matter. Welding fixtures, part geometry, and the required procedure determine how the system is used.
MIG & PULSED MIG WELDING
The Millermatic 350P systems support MIG and pulsed MIG welding for custom fabrication and production work. At JE, they join components into frames, supports, and larger weldments, with the welding process, consumables, and settings selected around the material and joint requirements.
CONTROLLED TIG WELDING
JE’s TIG welding systems support joints that require careful control of torch position and filler placement. They complement MIG and robotic welding for custom components and assemblies, with the welding approach selected around material, joint accessibility, and the project’s fabrication requirements.
Manufacturing is one stage of an integrated delivery process. Every approved project runs the same six stages — what changes with scope is which of them JE owns, not whether they happen.
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