Durston 1926 Elite HPL Jewelers Workbench - 113.1926
This elite HPL jeweler's workbench combines a generous laminate worktop with extensive storage and smart workflow details, giving you a focused, organized station for demanding bench work. The surface feels solid and smooth under your tools while drawers and trays slide open with a quiet, felt-lined glide.
Features
- Expansive high-pressure laminate (HPL) worktop with side and back surround, integrated tool ledges, and a cable pass-through to manage cords.
- Large pull-out drawer positions frequently used tools and materials within easy reach just below the work surface.
- Center drawer includes a removable stainless steel tray over a felt-lined base to protect delicate components.
- Additional pull-out tray provides extra staging space so you can keep the main worktop clear for precision tasks.
- Dedicated pull-out soldering tray offers a ready position for your soldering board at a convenient working height.
- Drawer stacks on both sides create extensive, felt-lined storage with a mix of drawers and opening compartments.
- Front bench-peg mount with removable peg, designed for standard pegs and compatible with GRS-style fixtures when used with an appropriate adapter.
- Sturdy hardwood frame and HPL-faced drawer fronts are built for long service in busy workshops.
Specifications
| Worktop Material |
High-pressure laminate (HPL) |
| Drawer Configuration |
Right stack: 7 drawers + top open compartment; left stack: 4 drawers + 2 opening compartments (1 lockable) |
| Surface Features |
Side/back surround with tool storage ledges; cable management pass-through |
| Center Drawer |
Removable stainless steel tray with felt-lined base |
| Additional Trays |
Pull-out accessory tray; pull-out soldering tray |
| Bench Peg & Mount |
Removable peg; front mount designed for standard pegs and compatible with GRS-style adapters |
| Construction |
Hardwood frame; HPL drawer fronts; felt-lined storage throughout |
| Shipping Method |
Ships via truck freight (oversized carton) |
| Carton Dimensions |
42" × 36" × 64" (106.7 × 91.4 × 162.6 cm) |
| Shipping Weight |
242 lb (110 kg) |
| Brand |
Durston |
What our Experts Think
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Complete Jump Ring Production System
The Durston 1312 Quad Jump Ringer paired with the OttoFlex S Flex Shaft delivers a full setup for efficient, high-output jump ring manufacturing—ideal for professional jewellery workshops.
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Quad Coil Holder for Precision Control
The 4-sided coil holder improves stability and angle accuracy when winding, helping produce cleaner, more consistent coils before cutting.
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Wide Size Range for Flexibility
Supports jump rings from approximately 2.5mm to 12mm internal diameter, with 20 mandrels in 0.5mm increments for precise sizing control.
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High-Speed Cutting Efficiency
Designed to work with a flex shaft system and No.30-style handpiece, enabling continuous coil cutting for faster production cycles.
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OttoFlex S Flex Shaft Performance
Includes a 1/8 HP motor with up to 20,000 RPM, plus foot pedal control for smooth speed modulation and accurate cutting control.
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Production-Focused Workflow Upgrade
Eliminates slow manual coil cutting by combining winding + powered cutting into one streamlined system, significantly increasing output.
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Durston Workshop Reliability
Built with durable metal components and a stable bench-mounted design, ensuring consistent performance under repetitive studio use.
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Ideal for Chain Makers & Jewellery Studios
Best suited for professionals producing jump rings, chainmail, and wire-based components where consistency and speed matter most.
Q&A
Q: What is the Durston 1312 Quad Jump Ringer and OttoFlex S Flex Shaft Combo (143.202-134220)?
A: It is a complete professional jump ring production system that combines the Durston 1312 Quad Jump Ringer with the OttoFlex S Flex Shaft (110V), designed for fast and precise manufacturing of jump rings for jewelry and chainmaking.
Q: What is it used for?
A: It is used to coil and cut wire into uniform jump rings, making it ideal for jewelry production, chainmail, and findings manufacturing using gold, silver, and copper wire.
Q: What materials can it handle?
A: It is designed for soft non-ferrous metals like gold, silver, and copper wire, typically up to about 13 gauge (1.85mm) depending on material hardness.
Q: What makes this combo useful?
A: The Durston unit provides precise coil forming and stability, while the OttoFlex flex shaft delivers controlled high-speed cutting, making production faster and more consistent.
Q: What is the main benefit of this system?
A: It turns a manual coil-and-cut process into a high-efficiency production workflow, producing large batches of identical jump rings with minimal effort.
Maintenance Tips
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Clean after every use – Remove metal filings from the Quad Ringer coil holder, mandrels, and cutting blade area to prevent blade wear and ensure smooth ring separation.
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Lubricate moving coil parts – Lightly oil the mandrel shaft, coil winder, and sliding components to reduce friction and keep coil winding smooth and consistent.
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Blade care is critical – Use only sharp, undamaged HSS blades; replace immediately if cutting becomes rough or requires force to avoid coil distortion.
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Flex shaft maintenance (Ottoflex S) – Periodically lubricate the inner shaft and check sheath wear to prevent overheating, stiffness, or vibration during cutting.
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Keep handpiece clean & aligned – Ensure the No.30 style chuck grips securely and remains free of debris for stable blade control during operation.
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Motor ventilation matters – Keep flex shaft motor vents dust-free and avoid blocking airflow to prevent overheating during long production runs.
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Avoid excessive pressure while cutting – Let the blade do the work; forcing increases blade breakage risk and reduces jump ring consistency.
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Secure mounting before use – Clamp the Quad Ringer firmly to a bench or vise to eliminate vibration and improve cutting accuracy.
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Inspect mandrels regularly – Keep all 20 mandrels clean, rust-free, and stored properly to maintain exact ring sizing accuracy (2.5–12 mm range).
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Dry storage only – Store both units in a low-humidity environment; lightly oil steel parts to prevent corrosion on precision components.