Workshop & tools

Configure a custom hinge repair plate online and adjust Specific dimension and Width to your application.

Configure a custom universal drilling plate online and adjust Specific dimension and Radius to your application.

Configure a custom drilling template online and adjust Width, Height, Specific dimension and Quantity to your application.

Configure a custom flange online and adjust Diameter, Thickness and Hole diameter to your application.

Configure a custom drilling plate online and adjust Length, Width, Thickness and Radius to your application.

Configure a custom painting stencil online and adjust Text, Width and Height to your application.

Compare five unsupported bridge lengths with your FDM profile.

Inspect the first printed layer near four corners and at the centre of your usable bed.

Find a suitable fit clearance for your own printed plug-in parts.

Spread a small amount of wood glue around a hole wall.

Compare the same paint before and after thinning by its flow time.

Fit paddle and handle to small paint pots and hobby containers.

Centre the measuring points in two round holes.

Derive the bisecting direction from an adjustable angle.

Continue evenly spaced hole rows beyond the jig length.

Compare whether the short ends of a removed keyboard stabilizer wire lie in the same plane.

Match hand length and two round fittings to your clock movement.

Glue polygon frames with a matching corner pad: customise the interior angle, arm length and strap width, with guide flanges and corner clearance.

Mark or rout outside corners to your chosen radius: a template with two edge fences, adjustable radius and straight margins for secure clamping.

Size the magnet pocket and reach; retract the core to release small steel parts.

Coat your loose marking line with suitable chalk-line powder.

Make a small hand-held plumb bob with your own line and dry filling.

Set repeat measurements with your steel rule: customise slot width, thickness and stop height. Uses an existing ruler and a separate clamping screw.

Two equal-height sighting sticks for comparing twist in small workpieces.

Support small workpieces during hand filing and sanding.

Transfer the centre of an existing dowel hole to an aligned mating piece.

Twelve broad pins copy small profiles. Choose their width, length and thickness.

Find the centre of a round end face using two right-angle fences.

Size the handle, slotted arm and pivot hole for your angle-transfer work.

Two tapered towers on a shared base for comparing stringing during FDM printing.

One screw and three dot-marked nuts compare radial clearance in printed threads within a single print job.

Six alternating sloped chutes divide free-flowing hobby granules toward two sides.

Small two-part C-clamp with a printed pressure screw for lightly holding model-making glue projects.

Three-point frame with a split indicator socket for comparing curved surfaces.

Hand holder for small round stock with a four-segment split collet and matching threaded cap.

Hand-setting pusher with a hollow annular tip sized for your clock hand hub and shaft.

Shape soft jewellery wire around your own oval: set outside width, depth and height. A hollow forming mandrel with a base flange for gentle hand work.

Prepare component leads: set bend-edge spacing, body groove and hand-block depth.

Score repeatable paper belly bands: set two alternating panel widths, band width and glue flap. A custom board with four grooves and two locating fences.

Grip light craft pieces: set arm length, clear jaw gap and jaw width.

Mark consistent covering corners: adjust the allowance from the board corner and fence height. A triangular 45-degree guide for book covers and boxes.

Align cover boards and spine: set hinge gap, spacer length and height.

Bend small wire loops repeatedly: set pin centres, bores and nut pockets. A printed base for two separate metal forming pins and soft craft wire.

Position labels at a repeatable height: configure jar diameter and label bottom-edge distance above the table, using a sideways-removable half-round guide.

Score paper edges and smooth folds: set length, grip width and thickness. Rounded plastic tool with bevelled working edges.

Configure the inner arc and handle of a paint roller cleaner, then generate an STL model for 3D printing.

Cut narrow strips at your own angle: configure channel width, blade clearance and mitre. A compact box for manual fine saws and model-making work.

Set the corner radius, blade width and thickness of a caulk finishing tool for 3D printing in TPU.

Push loosened sealant out of narrow areas: set tip width, reach and handle length. Plastic wedge without a metal blade.

Align consistent gaps in intermediate sizes: set gap width, arm length and insertion height. Removable cross with a grip peg.

Pull elastic through fabric casings: set band width, bodkin length and thickness.

Lift loose hair between brush rows: choose tine spacing, length and grip size.

Set cartridge position to your manual’s specification: customise the distance from headshell gasket to stylus tip, with an open cradle and visual mark.

Hand-sand concave mouldings: configure radius, abrasive thickness and length. A convex working face with a flat back for your circular internal profiles.

Set the opening, depth and taper of a nozzle cap. Generate an STL for 3D printing in flexible TPU.

Gently take up tape slack: adjust engagement diameter, length and grip size.

Configure the height, footprint and small contact area of a painting support. Generate an STL for 3D printing.

Press a line parallel to a leather edge: set distance, head length and guide projection.

Smooth leather edges by hand: adjust groove diameter, grip diameter and length. One-piece burnisher as a printable STL.

Repeat hole centres on leather straps: configure width, hole count, pitch and first position. With two side fences and an end stop for square strap ends.

Configure a solder dispenser for your spool and metal axle. STL for 3D printing; a separate axle is required.

Store a caliper in a fitted tray: set overall length, jaw and display space, and beam width. Two finger recesses aid removal.

Widen the support when measuring recesses. Configure the through slot for beam width and thickness, plus bridge width.

Hold miniatures while painting: set the top platform, grip diameter and height. The shallow recess takes separately supplied mounting putty.

Mark the centre of board edges: set pin spacing, pencil opening and guide height. One-piece gauge for parallel workpiece sides.

Dry-lay mosaic tiles on your own grid: set tile width, length, joints and rows. A bottomless layout guide for repeating small patterns and tile groups.

Carry cord for simple netting: set width, length and thickness.

Grip narrow filter rims from outside: set inside diameter, ring thickness and grip height. Open ring with two squeeze tabs.

Make pom-poms to suit your project: set outside size, centre opening and ring thickness. Print twice for a pair.

Mark a tube saddle before cutting: configure a slip-on template for the branch diameter, larger main tube and intersection angle, then trace the contour.

Align two round rubber cord ends: customise groove diameter and the open bonding relief. A simple open jig for small non-load-bearing craft projects.

Cross-drill round stock with a fitted saddle: customise rod diameter and your metal bushing seat. Printed jig body with flange recess and positioning grooves.

Mark reusable guide lines for visible mending and hand stitching. Match grid pitch, rows and slot width to your fabric marker.

Route hinge pockets to your measurements: configure the hinge size, guide bush and cutter, with a fixed edge fence and a wide border for clamping.

Set a repeatable chisel or plane-blade projection in your honing guide: configure the setting block with a flat blade support and rear cutting-edge stop.

Mark extraction holes on rectangular sanding paper: set sheet size, rows, columns and spacing. Designed for regular centred grids of equal-size holes.

Gently separate light split rings: configure wedge width, lift and handle length.

Weight sewing patterns: configure washer diameter, centre hole and stack height.

Guide fabric through two different slot widths and fold the edges towards the centre. Match output width, slot opening and spacing to your fabric.

Fit curved nib tails: set socket diameter, grip diameter and length.

Mark both dovetail slopes from a board edge. Choose the slope ratio, marking length and fence height.

Fit a handle to your existing squeegee rubber: set width, blade thickness and insertion depth. Two separate metal bolts retain the rubber strip.

Dry knitted socks to shape: set foot length, width and cuff height. Flat ventilated sock blocker as a printable STL.

Draw large circles with your own beam: set beam width, height and tool bore. One clamp head using separately supplied metal fasteners.

Seat a dust seal using a matching annular contact face: customise bore clearance, contact diameters and step height. A hand-press aid, not a hammer driver.

Arrange sockets on a flat rail with a peg count, spacing and square size matched to your tool drawer.

Turn freely moving adjustment rings by hand: set pin spacing, metal pin sockets and centre clearance. A printed C-shaped head with a short hand grip.

Drill centred dowel holes in matching board edges: size the U-shaped jig to board thickness, hole spacing and metal bushes. Bushes and clamps separate.

Support socks and fabric while darning: set head diameter, dome height and handle length. One-piece darning mushroom.

Turn a recessed aerator by hand: set tooth diameter, width and engagement height. Short key with two grip wings.

Unclip removed switches: set housing gap, wedge spacing, ramp height and base depth.

Organise lower housings, stems and springs while lubricating switches. Configure housing nests, count and spring wells for your parts.

Grip removable keycaps: configure inside spacing, arm length and tool width. Two-hook puller with round finger loop.

Align audio tape ends: adjust channel width, depth and block length.

Join your own wooden strips into an angle template: size the holders for strip width and pivot bolt. Two printed shoes form one clamping joint.

Support metal bracelets during pin changes: set slot width, depth and exit bore. Compact block with one open support slot.

Weave bands with tablets: configure side size, yarn holes and thickness.

Make a shuttle to fit your loom and shed: choose length, width, thickness and fork depth. Includes a long weight-saving opening.

Store pliers side by side and set the compartment width, depth and divider height.

Hold cable stitches temporarily: set shaft size, length and bend depth.

Lift a flat can tab: adjust tongue width, tip thickness and handle length.

House sealed silica-gel sachets with airflow: set diameter, height and lid clearance.

Support a detached grip section over a through-hole: set opening, width and clearance.

Place the teeth gently against an external thread to compare its pitch with a chosen metric spacing.

Wind sample skeins: adjust crossbar width and shaft socket. STL file or printed part.

Match the foil channel and glass guide to your foil and glass thickness.

Set width, notch pitch and depth for spreading glue by hand. STL file or printed part.

Two broad contact faces for material comparisons: adapt pad and jaw dimensions.

Prepare sized sandpaper strips: set width, edge length and fence height.

Place a pre-punched sanding disc over the two tapered locating pins, then align the sanding pad above it.

Adapt cord span, throat depth and threading holes for small hand-sanding jobs.

Choose base diameter, hollow width and depth for your supported spindle. STL or 3D print.

A hollow mandrel with ten holes for your own removable knotting pins.